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Galileo >> PWS

Galileo Orbiter Jupiter PWS 10 kHz Wideband Waveform Data
GO-J-PWS-2-EDR-WAVEFORM-10KHZ-V1.0	PDS 3 CERTIFIED

Start Time: 1995-12-07 23:30:21 - Stop Time: 2002-11-05 14:17:09

This data set contains the Galileo Orbiter Jupiter PWS 10 kHz Wideband Waveform Data. It includes 10 kHz wideband waveform measurements from the Galileo plasma wave receiver obtained during Jupiter orbital operations. Data were acquired near perijove, satellite encounters, and other selected intervals.

Citiation Information

Title	Galileo Orbiter Jupiter PWS 10 kHz Wideband Waveform Data
Publisher	NASA Planetary Data System
doi	https://doi.org/10.17189/1519678

Top/ DATA/ C053283 /

10KHZ_0532833000

Start Time:	2000-003T17:29:34.064	Stop Time:	2000-003T17:30:32.731
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532833101

Start Time:	2000-003T17:30:35.398	Stop Time:	2000-003T17:31:34.064
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532833202

Start Time:	2000-003T17:31:36.731	Stop Time:	2000-003T17:32:36.731
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532833305

Start Time:	2000-003T17:32:39.398	Stop Time:	2000-003T17:33:38.064
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532833406

Start Time:	2000-003T17:33:40.731	Stop Time:	2000-003T17:34:39.398
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532833408

Start Time:	2000-003T17:33:42.064	Stop Time:	2000-003T17:34:40.731
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532833507

Start Time:	2000-003T17:34:42.064	Stop Time:	2000-003T17:35:40.731
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532833509

Start Time:	2000-003T17:34:43.398	Stop Time:	2000-003T17:35:42.064
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532833608

Start Time:	2000-003T17:35:43.398	Stop Time:	2000-003T17:36:42.064
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532833610

Start Time:	2000-003T17:35:44.731	Stop Time:	2000-003T17:36:43.398
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532833709

Start Time:	2000-003T17:36:44.731	Stop Time:	2000-003T17:37:43.398
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532833711

Start Time:	2000-003T17:36:46.064	Stop Time:	2000-003T17:37:44.731
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532833810

Start Time:	2000-003T17:37:46.064	Stop Time:	2000-003T17:38:44.731
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532833812

Start Time:	2000-003T17:37:47.398	Stop Time:	2000-003T17:38:46.064
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532833911

Start Time:	2000-003T17:38:47.398	Stop Time:	2000-003T17:39:46.064
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532833913

Start Time:	2000-003T17:38:48.731	Stop Time:	2000-003T17:39:47.398
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532834012

Start Time:	2000-003T17:39:48.731	Stop Time:	2000-003T17:40:47.398
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532834014

Start Time:	2000-003T17:39:50.064	Stop Time:	2000-003T17:40:48.731
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532834113

Start Time:	2000-003T17:40:50.064	Stop Time:	2000-003T17:41:40.731
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532834115

Start Time:	2000-003T17:40:51.398	Stop Time:	2000-003T17:41:50.064
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532834216

Start Time:	2000-003T17:41:52.731	Stop Time:	2000-003T17:42:51.396
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532834317

Start Time:	2000-003T17:42:54.064	Stop Time:	2000-003T17:43:52.731
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532834418

Start Time:	2000-003T17:43:55.396	Stop Time:	2000-003T17:44:54.064
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532834519

Start Time:	2000-003T17:44:56.731	Stop Time:	2000-003T17:45:55.396
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532834620

Start Time:	2000-003T17:45:58.064	Stop Time:	2000-003T17:46:56.731
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532834721

Start Time:	2000-003T17:46:59.396	Stop Time:	2000-003T17:47:58.064
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532834822

Start Time:	2000-003T17:48:00.731	Stop Time:	2000-003T17:48:59.396
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532834923

Start Time:	2000-003T17:49:02.064	Stop Time:	2000-003T17:50:00.731
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532835024

Start Time:	2000-003T17:50:03.396	Stop Time:	2000-003T17:51:02.064
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532835125

Start Time:	2000-003T17:51:04.730	Stop Time:	2000-003T17:52:03.396
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532835226

Start Time:	2000-003T17:52:06.064	Stop Time:	2000-003T17:53:04.730
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532835327

Start Time:	2000-003T17:53:07.397	Stop Time:	2000-003T17:54:06.064
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532835428

Start Time:	2000-003T17:54:08.730	Stop Time:	2000-003T17:55:07.397
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532835529

Start Time:	2000-003T17:55:10.064	Stop Time:	2000-003T17:56:08.730
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532835630

Start Time:	2000-003T17:56:11.397	Stop Time:	2000-003T17:57:10.064
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532835731

Start Time:	2000-003T17:57:12.730	Stop Time:	2000-003T17:58:11.397
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532835832

Start Time:	2000-003T17:58:14.064	Stop Time:	2000-003T17:59:12.730
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532835933

Start Time:	2000-003T17:59:15.397	Stop Time:	2000-003T18:00:14.063
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532836034

Start Time:	2000-003T18:00:16.730	Stop Time:	2000-003T18:01:15.397
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532836135

Start Time:	2000-003T18:01:18.062	Stop Time:	2000-003T18:02:14.063
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532836242

Start Time:	2000-003T18:02:23.396	Stop Time:	2000-003T18:03:23.396
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532836345

Start Time:	2000-003T18:03:26.062	Stop Time:	2000-003T18:04:24.730
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532836446

Start Time:	2000-003T18:04:27.396	Stop Time:	2000-003T18:05:23.396
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532836539

Start Time:	2000-003T18:05:23.396	Stop Time:	2000-003T18:06:22.062
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532836555

Start Time:	2000-003T18:05:34.063	Stop Time:	2000-003T18:06:08.730
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532836640

Start Time:	2000-003T18:06:24.730	Stop Time:	2000-003T18:07:10.063
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532836717

Start Time:	2000-003T18:07:10.063	Stop Time:	2000-003T18:08:08.730
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532836818

Start Time:	2000-003T18:08:11.397	Stop Time:	2000-003T18:09:11.397
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532836921

Start Time:	2000-003T18:09:14.063	Stop Time:	2000-003T18:10:12.730
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532837022

Start Time:	2000-003T18:10:15.396	Stop Time:	2000-003T18:11:14.063
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532837123

Start Time:	2000-003T18:11:16.730	Stop Time:	2000-003T18:12:15.396
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532837224

Start Time:	2000-003T18:12:18.062	Stop Time:	2000-003T18:13:16.730
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532837325

Start Time:	2000-003T18:13:19.396	Stop Time:	2000-003T18:14:18.062
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532837426

Start Time:	2000-003T18:14:20.730	Stop Time:	2000-003T18:15:19.396
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532837527

Start Time:	2000-003T18:15:22.062	Stop Time:	2000-003T18:16:20.730
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532837628

Start Time:	2000-003T18:16:23.396	Stop Time:	2000-003T18:17:22.062
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532837672

Start Time:	2000-003T18:16:52.729	Stop Time:	2000-003T18:17:51.396
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532837729

Start Time:	2000-003T18:17:24.730	Stop Time:	2000-003T18:18:23.396
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532837773

Start Time:	2000-003T18:17:54.063	Stop Time:	2000-003T18:18:52.728
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532837830

Start Time:	2000-003T18:18:26.062	Stop Time:	2000-003T18:19:24.728
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532837874

Start Time:	2000-003T18:18:55.396	Stop Time:	2000-003T18:19:54.063
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532837931

Start Time:	2000-003T18:19:27.396	Stop Time:	2000-003T18:20:26.062
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532837975

Start Time:	2000-003T18:19:56.728	Stop Time:	2000-003T18:20:55.396
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532838032

Start Time:	2000-003T18:20:28.728	Stop Time:	2000-003T18:21:27.396
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532838076

Start Time:	2000-003T18:20:58.063	Stop Time:	2000-003T18:21:56.728
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532838133

Start Time:	2000-003T18:21:30.062	Stop Time:	2000-003T18:22:28.728
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532838177

Start Time:	2000-003T18:21:59.396	Stop Time:	2000-003T18:22:58.063
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532838234

Start Time:	2000-003T18:22:31.396	Stop Time:	2000-003T18:23:30.062
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532838278

Start Time:	2000-003T18:23:00.729	Stop Time:	2000-003T18:23:59.396
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532838335

Start Time:	2000-003T18:23:32.728	Stop Time:	2000-003T18:24:31.396
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532838379

Start Time:	2000-003T18:24:02.063	Stop Time:	2000-003T18:25:00.729
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532838400

Start Time:	2000-003T18:24:10.063	Stop Time:	2000-003T18:24:23.396
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532838404

Start Time:	2000-003T18:24:12.728	Stop Time:	2000-003T18:24:23.396
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532838436

Start Time:	2000-003T18:24:34.063	Stop Time:	2000-003T18:25:32.728
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532838480

Start Time:	2000-003T18:25:03.395	Stop Time:	2000-003T18:26:02.063
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532838537

Start Time:	2000-003T18:25:35.396	Stop Time:	2000-003T18:26:34.063
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532838581

Start Time:	2000-003T18:26:04.729	Stop Time:	2000-003T18:27:03.395
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532838638

Start Time:	2000-003T18:26:36.728	Stop Time:	2000-003T18:27:35.396
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532838682

Start Time:	2000-003T18:27:06.062	Stop Time:	2000-003T18:28:04.729
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532838739

Start Time:	2000-003T18:27:38.063	Stop Time:	2000-003T18:28:36.728
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532838783

Start Time:	2000-003T18:28:07.395	Stop Time:	2000-003T18:29:06.062
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532838840

Start Time:	2000-003T18:28:39.396	Stop Time:	2000-003T18:29:38.061
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532838884

Start Time:	2000-003T18:29:08.728	Stop Time:	2000-003T18:30:07.395
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532838941

Start Time:	2000-003T18:29:40.728	Stop Time:	2000-003T18:30:12.728
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

10KHZ_0532838985

Start Time:	2000-003T18:30:10.061	Stop Time:	2000-003T18:30:12.728
This file contains 10KHZ PWS waveform data from the waveform analyzer. The binary file structure is somewhat complex. Users should refer to the pictures in the WAVEFORM.TXT files for additional information. All waveform data files are binary and have a fixed record length structure. The first record is an ASCII header (padded to record length) that contains many of the same parameters contained in this label file. The next record is a binary header that also contains much of the same information as this label. This label is derived from the data file by reading these headers. The binary header record is described in machine readable form by the PDS label file EDRHDR.FMT and in a more human readable for in EDRHDR.TXT. The remaining records contain data. Each data record has a 30 byte header (prefix) followed by n (n=1 or 10) blocks of waveform samples. In most cases, only a few of these data blocks contain data (the rest may be zero filled). The file record length, the number of waveform samples per data block, and the sampling frequency are dependent on the spacecraft telemetry mode and the instrument mode. The following table describes the variations in waveform data files: APID Inst Mode* Tel-fmt Rec-Length Blocks/Rec Samples/Block ID (bytes) --------------------------------------------------------------------- PWH1 1,2,3 LPW 465 1 870 PWH2 1,2,3 MPW 670 10 128 PWH3 1,2 MPP 1630 10 320 PWH3 3 MPP 1080 10 210 PWH4 1,2 HPW 7910 10 1576 PWH4 3 HPW 1080 10 210 PWH5 1,2,3 LPW 4350 10 864 * 1=10 kHz, 2=80 kHz, 3=1kHz Each data record contains data acquired in a single minor frame (mod91=0.667 seconds). The time tag for the data record is located in the row prefix header (ROWPRFX.FMT). The start time of a block of waveform samples is the RTI in which the data block occurs (10 RTI per minor frame, 0-9). Therefore if the waveform samples are located in data block 3 and the row prefix header gives the time tag 03209117:27:0:0, then the samples begin at 03209117:27:2:0. The time between samples is determined by the sampling frequency. There are 3150, 25200, 201600 samples per second in the 1 kHz, 10, kHz, and 80 kHz modes respectively. Please note that in the PWH5 mode, there are more samples than can be taken in a single RTI at the 1 kHz sample rate. The waveform data are sampled uniformly and continuously in a single data block, across the RTI boundaries. These data are non-overlapping so that data cannot occur in all of the data blocks for this mode/format combination.

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