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Juno >> JAD

JUNO JADE CALIBRATED SCIENCE DATA
JNO-J/SW-JAD-3-CALIBRATED-V1.0	PDS 3 CERTIFIED

Start Time: 2015-03-31 08:35:45 - Stop Time: 2023-08-02 00:01:55

. This volume contains Juno JADE calibrated flight software version 4 plasma data from the entire Juno mission. These data have completed PDS peer review and are certified.

Citiation Information

Author	Allegrini, F., Wilson, R.J., Ebert, R.W., Loeffler, C.
Title	JUNO JADE CALIBRATED SCIENCE DATA
Publisher	NASA Planetary Data System
Publication Year	2024
doi	https://doi.org/10.17189/1519715

Top/ CALIB /

ANODE_LOOK_ELC_DEFL_EQNS_V01

ANODE_LOOK_ELC_DEFL_EQNS_V02

ANODE_LOOK_ELC_DEFL_NONE_V01

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
The field of view (FOV) for the JADE electron products with zero deflection. Values in this file give look directions, not flow. These azimuth and elevation angles are in the spacecraft frame or a despun frame (see CO-ORDS), however the elevation angle is the same in both.

ANODE_LOOK_ELC_DEFL_NONE_V02

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
The field of view (FOV) for the JADE electron products with zero deflection. Values in this file give look directions, not flow. These azimuth and elevation angles are in the spacecraft frame or a despun frame (see CO-ORDS), however the elevation angle is the same in both.

ANODE_LOOK_ION_DEFL_NONE_V01

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
The field of view (FOV) for the JADE ion products with zero deflection. Values in this file give look directions, not flow. These azimuth and elevation angles are in the spacecraft frame or a despun frame (see CO-ORDS), however the elevation angle is the same in both.

ANODE_LOOK_ION_DEFL_NONE_V02

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
The field of view (FOV) for the JADE ion products with zero deflection. Values in this file give look directions, not flow. These azimuth and elevation angles are in the spacecraft frame or a despun frame (see CO-ORDS), however the elevation angle is the same in both.

DATA_UNCERTAINTY_EQNS_V01

JADE_LEVEL3_V02_COMPARED_TO_V01_DESCRIPTION_V01

JADE_LEVEL3_V02_COMPARED_TO_V01_DESCRIPTION_V02

JAD_L30_CALIB_LIST_00001

JAD_L30_SPICE_METAKERNEL_00001

JAD_L30_SPICE_METAKERNEL_00002

JAD_L30_SPICE_METAKERNEL_00003

JAD_L30_SPICE_METAKERNEL_00004

JAD_L30_SPICE_METAKERNEL_00005

JAD_L30_SPICE_METAKERNEL_00006

JAD_L30_SPICE_METAKERNEL_00007

JAD_L30_SPICE_METAKERNEL_00008

JAD_L30_SPICE_METAKERNEL_00009

JAD_L30_SPICE_METAKERNEL_00010

JAD_L30_SPICE_METAKERNEL_00011

JAD_L30_SPICE_METAKERNEL_00012

JAD_L30_SPICE_METAKERNEL_00013

JAD_L30_SPICE_METAKERNEL_00014

JAD_L30_SPICE_METAKERNEL_00015

JAD_L30_SPICE_METAKERNEL_00016

JAD_L30_SPICE_METAKERNEL_00017

JAD_L30_SPICE_METAKERNEL_00018

JAD_L30_SPICE_METAKERNEL_00019

JAD_L30_SPICE_METAKERNEL_00020

JAD_L30_SPICE_METAKERNEL_00021

JAD_L30_SPICE_METAKERNEL_00022

JAD_L30_SPICE_METAKERNEL_00023

JAD_L30_SPICE_METAKERNEL_00024

JAD_L30_SPICE_METAKERNEL_00025

JAD_L30_SPICE_METAKERNEL_00026

JAD_L30_SPICE_METAKERNEL_00027

JAD_L30_SPICE_METAKERNEL_00028

JAD_L30_SPICE_METAKERNEL_00029

JAD_L30_SPICE_METAKERNEL_00030

JAD_L30_SPICE_METAKERNEL_00031

JAD_L30_SPICE_METAKERNEL_00032

JAD_L30_SPICE_METAKERNEL_00033

JAD_L30_SPICE_METAKERNEL_00034

JAD_L30_SPICE_METAKERNEL_00035

JAD_L30_SPICE_METAKERNEL_00036

JAD_L30_SPICE_METAKERNEL_00037

JAD_L30_SPICE_METAKERNEL_00038

JAD_L30_SPICE_METAKERNEL_00039

JAD_L30_SPICE_METAKERNEL_00040

JAD_L30_SPICE_METAKERNEL_00041

JAD_L30_SPICE_METAKERNEL_00042

JAD_L30_SPICE_METAKERNEL_00043

JAD_L30_SPICE_METAKERNEL_00044

JAD_L30_SPICE_METAKERNEL_00045

JAD_L30_SPICE_METAKERNEL_00046

JAD_L30_SPICE_METAKERNEL_00047

JAD_L30_SPICE_METAKERNEL_00048

JAD_L30_SPICE_METAKERNEL_00049

JAD_L30_SPICE_METAKERNEL_00050

JAD_L30_SPICE_METAKERNEL_00051

JAD_L30_SPICE_METAKERNEL_00052

JAD_L30_SPICE_METAKERNEL_00053

JAD_L30_SPICE_METAKERNEL_00054

JAD_L30_SPICE_METAKERNEL_00055

JAD_L30_SPICE_METAKERNEL_00056

JAD_L30_SPICE_METAKERNEL_00057

JAD_L30_SPICE_METAKERNEL_00058

JAD_L30_SPICE_METAKERNEL_00059

JAD_L30_SPICE_METAKERNEL_00060

JAD_L30_SPICE_METAKERNEL_00061

JAD_L30_SPICE_METAKERNEL_00062

JAD_L30_SPICE_METAKERNEL_00063

JAD_L30_SPICE_METAKERNEL_00064

JAD_L30_SPICE_METAKERNEL_00065

JAD_L30_SPICE_METAKERNEL_00066

JAD_L30_SPICE_METAKERNEL_00067

JAD_L30_SPICE_METAKERNEL_00068

JAD_L30_SPICE_METAKERNEL_00069

JAD_L30_SPICE_METAKERNEL_00070

JAD_L30_SPICE_METAKERNEL_00071

LUT_3_00_COMPRESSION

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
16 to 8 bit, and 32 to 8 bit, compression tables. There are 4 compression tables for FSW4: 16_1 : 16 to 8 bit compression for electrons 16_2 : 16 to 8 bit compression for ions 32_1 : 32 to 8 bit compression for electrons 32_2 : 32 to 8 bit compression for ions High Rate science data use the 16 to 8 bit tables. Low Rate science (and CAL) data use the 32 to 8 bit tables (with some rate products first multiplied by 512).

LUT_3_00_ENERGY_V01

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
Energy (and delta-E) Tables for LUT 3.00

LUT_3_00_TOF_SPECIES_MAP

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
TOF Species Mapping Species 2-7 are mapped onbord based on the 0-247 Channel space, however the data is in 0-92 channel space. This file provides that species mapping in the 0-92 space, and also gives the times in nanoseconds (as well as the 5MSB used onboard, see SIS). Usually only species 3-5 are used.

LUT_3_01_COMPRESSION

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
16 to 8 bit, and 32 to 8 bit, compression tables. There are 4 compression tables for FSW4: 16_1 : 16 to 8 bit compression for electrons 16_2 : 16 to 8 bit compression for ions 32_1 : 32 to 8 bit compression for electrons 32_2 : 32 to 8 bit compression for ions High Rate science data use the 16 to 8 bit tables. Low Rate science (and CAL) data use the 32 to 8 bit tables (with some rate products first multiplied by 512).

LUT_3_01_ENERGY_V01

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
Energy (and delta-E) Tables for LUT 3.01

LUT_3_01_TOF_SPECIES_MAP

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
TOF Species Mapping Species 2-7 are mapped onbord based on the 0-247 Channel space, however the data is in 0-92 channel space. This file provides that species mapping in the 0-92 space, and also gives the times in nanoseconds (as well as the 5MSB used onboard, see SIS). Usually only species 3-5 are used.

LUT_3_02_COMPRESSION

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
16 to 8 bit, and 32 to 8 bit, compression tables. There are 4 compression tables for FSW4: 16_1 : 16 to 8 bit compression for electrons 16_2 : 16 to 8 bit compression for ions 32_1 : 32 to 8 bit compression for electrons 32_2 : 32 to 8 bit compression for ions High Rate science data use the 16 to 8 bit tables. Low Rate science (and CAL) data use the 32 to 8 bit tables (with some rate products first multiplied by 512).

LUT_3_02_ENERGY_V01

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
Energy (and delta-E) Tables for LUT 3.02

LUT_3_02_TOF_SPECIES_MAP

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
TOF Species Mapping Species 2-7 are mapped onbord based on the 0-247 Channel space, however the data is in 0-92 channel space. This file provides that species mapping in the 0-92 space, and also gives the times in nanoseconds (as well as the 5MSB used onboard, see SIS). Usually only species 3-5 are used.

LUT_3_03_COMPRESSION

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
16 to 8 bit, and 32 to 8 bit, compression tables. There are 4 compression tables for FSW4: 16_1 : 16 to 8 bit compression for electrons 16_2 : 16 to 8 bit compression for ions 32_1 : 32 to 8 bit compression for electrons 32_2 : 32 to 8 bit compression for ions High Rate science data use the 16 to 8 bit tables. Low Rate science (and CAL) data use the 32 to 8 bit tables (with some rate products first multiplied by 512).

LUT_3_03_ENERGY_V01

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
Energy (and delta-E) Tables for LUT 3.03

LUT_3_03_TOF_SPECIES_MAP

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
TOF Species Mapping Species 2-7 are mapped onbord based on the 0-247 Channel space, however the data is in 0-92 channel space. This file provides that species mapping in the 0-92 space, and also gives the times in nanoseconds (as well as the 5MSB used onboard, see SIS). Usually only species 3-5 are used.

LUT_3_04_COMPRESSION

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
16 to 8 bit, and 32 to 8 bit, compression tables. There are 4 compression tables for FSW4: 16_1 : 16 to 8 bit compression for electrons 16_2 : 16 to 8 bit compression for ions 32_1 : 32 to 8 bit compression for electrons 32_2 : 32 to 8 bit compression for ions High Rate science data use the 16 to 8 bit tables. Low Rate science (and CAL) data use the 32 to 8 bit tables (with some rate products first multiplied by 512).

LUT_3_04_ENERGY_V01

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
Energy (and delta-E) Tables for LUT 3.04

LUT_3_04_TOF_SPECIES_MAP

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
TOF Species Mapping Species 2-7 are mapped onbord based on the 0-247 Channel space, however the data is in 0-92 channel space. This file provides that species mapping in the 0-92 space, and also gives the times in nanoseconds (as well as the 5MSB used onboard, see SIS). Usually only species 3-5 are used.

LUT_3_05_COMPRESSION

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
16 to 8 bit, and 32 to 8 bit, compression tables. There are 4 compression tables for FSW4: 16_1 : 16 to 8 bit compression for electrons 16_2 : 16 to 8 bit compression for ions 32_1 : 32 to 8 bit compression for electrons 32_2 : 32 to 8 bit compression for ions High Rate science data use the 16 to 8 bit tables. Low Rate science (and CAL) data use the 32 to 8 bit tables (with some rate products first multiplied by 512).

LUT_3_05_ENERGY_V01

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
Energy (and delta-E) Tables for LUT 3.05

LUT_3_05_TOF_SPECIES_MAP

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
TOF Species Mapping Species 2-7 are mapped onbord based on the 0-247 Channel space, however the data is in 0-92 channel space. This file provides that species mapping in the 0-92 space, and also gives the times in nanoseconds (as well as the 5MSB used onboard, see SIS). Usually only species 3-5 are used.

LUT_3_06_COMPRESSION

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
16 to 8 bit, and 32 to 8 bit, compression tables. There are 4 compression tables for FSW4: 16_1 : 16 to 8 bit compression for electrons 16_2 : 16 to 8 bit compression for ions 32_1 : 32 to 8 bit compression for electrons 32_2 : 32 to 8 bit compression for ions High Rate science data use the 16 to 8 bit tables. Low Rate science (and CAL) data use the 32 to 8 bit tables (with some rate products first multiplied by 512).

LUT_3_06_ENERGY_V01

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
Energy (and delta-E) Tables for LUT 3.06

LUT_3_06_TOF_SPECIES_MAP

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
TOF Species Mapping Species 2-7 are mapped onbord based on the 0-247 Channel space, however the data is in 0-92 channel space. This file provides that species mapping in the 0-92 space, and also gives the times in nanoseconds (as well as the 5MSB used onboard, see SIS). Usually only species 3-5 are used.

LUT_3_07_COMPRESSION

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
16 to 8 bit, and 32 to 8 bit, compression tables. There are 4 compression tables for FSW4: 16_1 : 16 to 8 bit compression for electrons 16_2 : 16 to 8 bit compression for ions 32_1 : 32 to 8 bit compression for electrons 32_2 : 32 to 8 bit compression for ions High Rate science data use the 16 to 8 bit tables. Low Rate science (and CAL) data use the 32 to 8 bit tables (with some rate products first multiplied by 512).

LUT_3_07_ENERGY_V01

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
Energy (and delta-E) Tables for LUT 3.07

LUT_3_07_TOF_SPECIES_MAP

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
TOF Species Mapping Species 2-7 are mapped onbord based on the 0-247 Channel space, however the data is in 0-92 channel space. This file provides that species mapping in the 0-92 space, and also gives the times in nanoseconds (as well as the 5MSB used onboard, see SIS). Usually only species 3-5 are used.

LUT_3_08_COMPRESSION

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
16 to 8 bit, and 32 to 8 bit, compression tables. There are 4 compression tables for FSW4: 16_1 : 16 to 8 bit compression for electrons 16_2 : 16 to 8 bit compression for ions 32_1 : 32 to 8 bit compression for electrons 32_2 : 32 to 8 bit compression for ions High Rate science data use the 16 to 8 bit tables. Low Rate science (and CAL) data use the 32 to 8 bit tables (with some rate products first multiplied by 512).

LUT_3_08_ENERGY_V01

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
Energy (and delta-E) Tables for LUT 3.08

LUT_3_08_TOF_SPECIES_MAP

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
TOF Species Mapping Species 2-7 are mapped onbord based on the 0-247 Channel space, however the data is in 0-92 channel space. This file provides that species mapping in the 0-92 space, and also gives the times in nanoseconds (as well as the 5MSB used onboard, see SIS). Usually only species 3-5 are used.

LUT_3_09_COMPRESSION

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
16 to 8 bit, and 32 to 8 bit, compression tables. There are 4 compression tables for FSW4: 16_1 : 16 to 8 bit compression for electrons 16_2 : 16 to 8 bit compression for ions 32_1 : 32 to 8 bit compression for electrons 32_2 : 32 to 8 bit compression for ions High Rate science data use the 16 to 8 bit tables. Low Rate science (and CAL) data use the 32 to 8 bit tables (with some rate products first multiplied by 512).

LUT_3_09_ENERGY_V01

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
Energy (and delta-E) Tables for LUT 3.09

LUT_3_09_TOF_SPECIES_MAP

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
TOF Species Mapping Species 2-7 are mapped onbord based on the 0-247 Channel space, however the data is in 0-92 channel space. This file provides that species mapping in the 0-92 space, and also gives the times in nanoseconds (as well as the 5MSB used onboard, see SIS). Usually only species 3-5 are used.

LUT_3_10_COMPRESSION

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
16 to 8 bit, and 32 to 8 bit, compression tables. There are 4 compression tables for FSW4: 16_1 : 16 to 8 bit compression for electrons 16_2 : 16 to 8 bit compression for ions 32_1 : 32 to 8 bit compression for electrons 32_2 : 32 to 8 bit compression for ions High Rate science data use the 16 to 8 bit tables. Low Rate science (and CAL) data use the 32 to 8 bit tables (with some rate products first multiplied by 512).

LUT_3_10_ENERGY_V01

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
Energy (and delta-E) Tables for LUT 3.10

LUT_3_10_TOF_SPECIES_MAP

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
TOF Species Mapping Species 2-7 are mapped onbord based on the 0-247 Channel space, however the data is in 0-92 channel space. This file provides that species mapping in the 0-92 space, and also gives the times in nanoseconds (as well as the 5MSB used onboard, see SIS). Usually only species 3-5 are used.

LUT_3_11_COMPRESSION

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
16 to 8 bit, and 32 to 8 bit, compression tables. There are 4 compression tables for FSW4: 16_1 : 16 to 8 bit compression for electrons 16_2 : 16 to 8 bit compression for ions 32_1 : 32 to 8 bit compression for electrons 32_2 : 32 to 8 bit compression for ions High Rate science data use the 16 to 8 bit tables. Low Rate science (and CAL) data use the 32 to 8 bit tables (with some rate products first multiplied by 512).

LUT_3_11_ENERGY_V01

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
Energy (and delta-E) Tables for LUT 3.11

LUT_3_11_TOF_SPECIES_MAP

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
TOF Species Mapping Species 2-7 are mapped onbord based on the 0-247 Channel space, however the data is in 0-92 channel space. This file provides that species mapping in the 0-92 space, and also gives the times in nanoseconds (as well as the 5MSB used onboard, see SIS). Usually only species 3-5 are used.

LUT_3_12_COMPRESSION

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
16 to 8 bit, and 32 to 8 bit, compression tables. There are 4 compression tables for FSW4: 16_1 : 16 to 8 bit compression for electrons 16_2 : 16 to 8 bit compression for ions 32_1 : 32 to 8 bit compression for electrons 32_2 : 32 to 8 bit compression for ions High Rate science data use the 16 to 8 bit tables. Low Rate science (and CAL) data use the 32 to 8 bit tables (with some rate products first multiplied by 512).

LUT_3_12_ENERGY_V01

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
Energy (and delta-E) Tables for LUT 3.12

LUT_3_12_TOF_SPECIES_MAP

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
TOF Species Mapping Species 2-7 are mapped onbord based on the 0-247 Channel space, however the data is in 0-92 channel space. This file provides that species mapping in the 0-92 space, and also gives the times in nanoseconds (as well as the 5MSB used onboard, see SIS). Usually only species 3-5 are used.

LUT_3_13_COMPRESSION

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
16 to 8 bit, and 32 to 8 bit, compression tables. There are 4 compression tables for FSW4: 16_1 : 16 to 8 bit compression for electrons 16_2 : 16 to 8 bit compression for ions 32_1 : 32 to 8 bit compression for electrons 32_2 : 32 to 8 bit compression for ions High Rate science data use the 16 to 8 bit tables. Low Rate science (and CAL) data use the 32 to 8 bit tables (with some rate products first multiplied by 512).

LUT_3_13_ENERGY_V01

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
Energy (and delta-E) Tables for LUT 3.13

LUT_3_13_TOF_SPECIES_MAP

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
TOF Species Mapping Species 2-7 are mapped onbord based on the 0-247 Channel space, however the data is in 0-92 channel space. This file provides that species mapping in the 0-92 space, and also gives the times in nanoseconds (as well as the 5MSB used onboard, see SIS). Usually only species 3-5 are used.

LUT_3_14_COMPRESSION

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
16 to 8 bit, and 32 to 8 bit, compression tables. There are 4 compression tables for FSW4: 16_1 : 16 to 8 bit compression for electrons 16_2 : 16 to 8 bit compression for ions 32_1 : 32 to 8 bit compression for electrons 32_2 : 32 to 8 bit compression for ions High Rate science data use the 16 to 8 bit tables. Low Rate science (and CAL) data use the 32 to 8 bit tables (with some rate products first multiplied by 512).

LUT_3_14_ENERGY_V01

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
Energy (and delta-E) Tables for LUT 3.14

LUT_3_14_TOF_SPECIES_MAP

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
TOF Species Mapping Species 2-7 are mapped onbord based on the 0-247 Channel space, however the data is in 0-92 channel space. This file provides that species mapping in the 0-92 space, and also gives the times in nanoseconds (as well as the 5MSB used onboard, see SIS). Usually only species 3-5 are used.

LUT_3_15_COMPRESSION

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
16 to 8 bit, and 32 to 8 bit, compression tables. There are 4 compression tables for FSW4: 16_1 : 16 to 8 bit compression for electrons 16_2 : 16 to 8 bit compression for ions 32_1 : 32 to 8 bit compression for electrons 32_2 : 32 to 8 bit compression for ions High Rate science data use the 16 to 8 bit tables. Low Rate science (and CAL) data use the 32 to 8 bit tables (with some rate products first multiplied by 512).

LUT_3_15_ENERGY_V01

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
Energy (and delta-E) Tables for LUT 3.15

LUT_3_15_TOF_SPECIES_MAP

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
TOF Species Mapping Species 2-7 are mapped onbord based on the 0-247 Channel space, however the data is in 0-92 channel space. This file provides that species mapping in the 0-92 space, and also gives the times in nanoseconds (as well as the 5MSB used onboard, see SIS). Usually only species 3-5 are used.

LUT_4_00_COMPRESSION

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
16 to 8 bit, and 32 to 8 bit, compression tables. There are 4 compression tables for FSW4: 16_1 : 16 to 8 bit compression for electrons 16_2 : 16 to 8 bit compression for ions 32_1 : 32 to 8 bit compression for electrons 32_2 : 32 to 8 bit compression for ions High Rate science data use the 16 to 8 bit tables. Low Rate science (and CAL) data use the 32 to 8 bit tables (with some rate products first multiplied by 512).

LUT_4_00_ENERGY_V01

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
Energy (and delta-E) Tables for LUT 4.00

LUT_4_00_TOF_SPECIES_MAP

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
TOF Species Mapping Species 2-7 are mapped onbord based on the 0-247 Channel space, however the data is in 0-92 channel space. This file provides that species mapping in the 0-92 space, and also gives the times in nanoseconds (as well as the 5MSB used onboard, see SIS). Usually only species 3-5 are used.

LUT_4_01_A_ENERGY_V01

Start Time:	2018-297T00:00:00	Stop Time:	2018-348T00:00:00
Energy (and delta-E) Tables for LUT 4.01

LUT_4_01_B_ENERGY_V01

Start Time:	2018-348T00:00:00	Stop Time:	2019-036T00:00:00
Energy (and delta-E) Tables for LUT 4.01

LUT_4_01_COMPRESSION

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
16 to 8 bit, and 32 to 8 bit, compression tables. There are 4 compression tables for FSW4: 16_1 : 16 to 8 bit compression for electrons 16_2 : 16 to 8 bit compression for ions 32_1 : 32 to 8 bit compression for electrons 32_2 : 32 to 8 bit compression for ions High Rate science data use the 16 to 8 bit tables. Low Rate science (and CAL) data use the 32 to 8 bit tables (with some rate products first multiplied by 512).

LUT_4_01_C_ENERGY_V01

Start Time:	2019-036T00:00:00	Stop Time:	2019-089T00:00:00
Energy (and delta-E) Tables for LUT 4.01

LUT_4_01_D_ENERGY_V01

Start Time:	2019-089T00:00:00	Stop Time:	2019-142T00:00:00
Energy (and delta-E) Tables for LUT 4.01

LUT_4_01_TOF_SPECIES_MAP

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
TOF Species Mapping Species 2-7 are mapped onbord based on the 0-247 Channel space, however the data is in 0-92 channel space. This file provides that species mapping in the 0-92 space, and also gives the times in nanoseconds (as well as the 5MSB used onboard, see SIS). Usually only species 3-5 are used.

LUT_5_00_COMPRESSION

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
16 to 8 bit, and 32 to 8 bit, compression tables. There are 4 compression tables for FSW4: 16_1 : 16 to 8 bit compression for electrons 16_2 : 16 to 8 bit compression for ions 32_1 : 32 to 8 bit compression for electrons 32_2 : 32 to 8 bit compression for ions High Rate science data use the 16 to 8 bit tables. Low Rate science (and CAL) data use the 32 to 8 bit tables (with some rate products first multiplied by 512).

LUT_5_00_ENERGY_V01

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
Energy (and delta-E) Tables for LUT 5.00

LUT_5_00_TOF_SPECIES_MAP

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
TOF Species Mapping Species 2-7 are mapped onbord based on the 0-247 Channel space, however the data is in 0-92 channel space. This file provides that species mapping in the 0-92 space, and also gives the times in nanoseconds (as well as the 5MSB used onboard, see SIS). Usually only species 3-5 are used.

LUT_5_01_A_ENERGY_V01

Start Time:	2019-226T00:00:00	Stop Time:	2019-301T00:00:00
Energy (and delta-E) Tables for LUT 5.01

LUT_5_01_B_ENERGY_V01

Start Time:	2019-301T00:00:00	Stop Time:	2019-353T00:00:00
Energy (and delta-E) Tables for LUT 5.01

LUT_5_01_COMPRESSION

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
16 to 8 bit, and 32 to 8 bit, compression tables. There are 4 compression tables for FSW4: 16_1 : 16 to 8 bit compression for electrons 16_2 : 16 to 8 bit compression for ions 32_1 : 32 to 8 bit compression for electrons 32_2 : 32 to 8 bit compression for ions High Rate science data use the 16 to 8 bit tables. Low Rate science (and CAL) data use the 32 to 8 bit tables (with some rate products first multiplied by 512).

LUT_5_01_C_ENERGY_V01

Start Time:	2019-353T00:00:00	Stop Time:	2020-041T00:00:00
Energy (and delta-E) Tables for LUT 5.01

LUT_5_01_D_ENERGY_V01

Start Time:	2020-041T00:00:00	Stop Time:	2020-094T00:00:00
Energy (and delta-E) Tables for LUT 5.01

LUT_5_01_E_ENERGY_V01

Start Time:	2020-094T00:00:00	Stop Time:	2020-147T00:00:00
Energy (and delta-E) Tables for LUT 5.01

LUT_5_01_F_ENERGY_V01

Start Time:	2020-147T00:00:00	Stop Time:	2020-200T00:00:00
Energy (and delta-E) Tables for LUT 5.01

LUT_5_01_G_ENERGY_V01

Start Time:	2020-200T00:00:00	Stop Time:	2020-253T00:00:00
Energy (and delta-E) Tables for LUT 5.01

LUT_5_01_H_ENERGY_V01

Start Time:	2020-253T00:00:00	Stop Time:	2020-306T00:00:00
Energy (and delta-E) Tables for LUT 5.01

LUT_5_01_I_ENERGY_V01

Start Time:	2020-306T00:00:00	Stop Time:	2020-358T00:00:00
Energy (and delta-E) Tables for LUT 5.01

LUT_5_01_J_ENERGY_V01

Start Time:	2020-358T00:00:00	Stop Time:	2021-045T00:00:00
Energy (and delta-E) Tables for LUT 5.01

LUT_5_01_K_ENERGY_V01

Start Time:	2021-045T00:00:00	Stop Time:	2021-090T00:02:00
Energy (and delta-E) Tables for LUT 5.01

LUT_5_01_TOF_SPECIES_MAP

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
TOF Species Mapping Species 2-7 are mapped onbord based on the 0-247 Channel space, however the data is in 0-92 channel space. This file provides that species mapping in the 0-92 space, and also gives the times in nanoseconds (as well as the 5MSB used onboard, see SIS). Usually only species 3-5 are used.

LUT_5_02_A_ENERGY_V01

Start Time:	2021-090T00:02:00	Stop Time:	2021-139T00:02:00
Energy (and delta-E) Tables for LUT 5.02

LUT_5_02_COMPRESSION

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
16 to 8 bit, and 32 to 8 bit, compression tables. There are 4 compression tables for FSW4: 16_1 : 16 to 8 bit compression for electrons 16_2 : 16 to 8 bit compression for ions 32_1 : 32 to 8 bit compression for electrons 32_2 : 32 to 8 bit compression for ions High Rate science data use the 16 to 8 bit tables. Low Rate science (and CAL) data use the 32 to 8 bit tables (with some rate products first multiplied by 512).

LUT_5_02_TOF_SPECIES_MAP

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
TOF Species Mapping Species 2-7 are mapped onbord based on the 0-247 Channel space, however the data is in 0-92 channel space. This file provides that species mapping in the 0-92 space, and also gives the times in nanoseconds (as well as the 5MSB used onboard, see SIS). Usually only species 3-5 are used.

LUT_5_03_A_ENERGY_V01

Start Time:	2021-139T00:02:00	Stop Time:	2021-195T00:00:00
Energy (and delta-E) Tables for LUT 5.03

LUT_5_03_B_ENERGY_V01

Start Time:	2021-195T00:00:00	Stop Time:	2021-238T00:00:00
Energy (and delta-E) Tables for LUT 5.03

LUT_5_03_COMPRESSION

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
16 to 8 bit, and 32 to 8 bit, compression tables. There are 4 compression tables for FSW4: 16_1 : 16 to 8 bit compression for electrons 16_2 : 16 to 8 bit compression for ions 32_1 : 32 to 8 bit compression for electrons 32_2 : 32 to 8 bit compression for ions High Rate science data use the 16 to 8 bit tables. Low Rate science (and CAL) data use the 32 to 8 bit tables (with some rate products first multiplied by 512).

LUT_5_03_TOF_SPECIES_MAP

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
TOF Species Mapping Species 2-7 are mapped onbord based on the 0-247 Channel space, however the data is in 0-92 channel space. This file provides that species mapping in the 0-92 space, and also gives the times in nanoseconds (as well as the 5MSB used onboard, see SIS). Usually only species 3-5 are used.

LUT_5_04_A_ENERGY_V01

Start Time:	2021-237T00:02:00	Stop Time:	2021-282T00:00:00
Energy (and delta-E) Tables for LUT 5.04

LUT_5_04_B_ENERGY_V01

Start Time:	2021-282T00:00:00	Stop Time:	2021-326T00:00:00
Energy (and delta-E) Tables for LUT 5.04

LUT_5_04_COMPRESSION

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
16 to 8 bit, and 32 to 8 bit, compression tables. There are 4 compression tables for FSW4: 16_1 : 16 to 8 bit compression for electrons 16_2 : 16 to 8 bit compression for ions 32_1 : 32 to 8 bit compression for electrons 32_2 : 32 to 8 bit compression for ions High Rate science data use the 16 to 8 bit tables. Low Rate science (and CAL) data use the 32 to 8 bit tables (with some rate products first multiplied by 512).

LUT_5_04_C_ENERGY_V01

Start Time:	2021-326T00:00:00	Stop Time:	2022-049T00:00:00
Energy (and delta-E) Tables for LUT 5.04

LUT_5_04_D_ENERGY_V01

Start Time:	2022-049T00:00:00	Stop Time:	2022-092T00:00:00
Energy (and delta-E) Tables for LUT 5.04

LUT_5_04_E_ENERGY_V01

Start Time:	2022-092T00:00:00	Stop Time:	2022-136T00:00:00
Energy (and delta-E) Tables for LUT 5.04

LUT_5_04_F_ENERGY_V01

Start Time:	2022-136T00:00:00	Stop Time:	2022-144T17:05:00
Energy (and delta-E) Tables for LUT 5.04

LUT_5_04_TOF_SPECIES_MAP

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
TOF Species Mapping Species 2-7 are mapped onbord based on the 0-247 Channel space, however the data is in 0-92 channel space. This file provides that species mapping in the 0-92 space, and also gives the times in nanoseconds (as well as the 5MSB used onboard, see SIS). Usually only species 3-5 are used.

LUT_6_00_A_ENERGY_V01

Start Time:	2022-144T17:05:00	Stop Time:	2022-180T18:35:00
Energy (and delta-E) Tables for LUT 6.00

LUT_6_00_COMPRESSION

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
16 to 8 bit, and 32 to 8 bit, compression tables. There are 4 compression tables for FSW4: 16_1 : 16 to 8 bit compression for electrons 16_2 : 16 to 8 bit compression for ions 32_1 : 32 to 8 bit compression for electrons 32_2 : 32 to 8 bit compression for ions High Rate science data use the 16 to 8 bit tables. Low Rate science (and CAL) data use the 32 to 8 bit tables (with some rate products first multiplied by 512).

LUT_6_00_TOF_SPECIES_MAP

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
TOF Species Mapping Species 2-7 are mapped onbord based on the 0-247 Channel space, however the data is in 0-92 channel space. This file provides that species mapping in the 0-92 space, and also gives the times in nanoseconds (as well as the 5MSB used onboard, see SIS). Usually only species 3-5 are used.

LUT_7_00_A_ENERGY_V01

Start Time:	2022-180T18:35:00	Stop Time:	2022-222T00:00:00
Energy (and delta-E) Tables for LUT 7.00

LUT_7_00_B_ENERGY_V01

Start Time:	2022-222T00:00:00	Stop Time:	2022-303T00:00:00
Energy (and delta-E) Tables for LUT 7.00

LUT_7_00_COMPRESSION

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
16 to 8 bit, and 32 to 8 bit, compression tables. There are 4 compression tables for FSW4: 16_1 : 16 to 8 bit compression for electrons 16_2 : 16 to 8 bit compression for ions 32_1 : 32 to 8 bit compression for electrons 32_2 : 32 to 8 bit compression for ions High Rate science data use the 16 to 8 bit tables. Low Rate science (and CAL) data use the 32 to 8 bit tables (with some rate products first multiplied by 512).

LUT_7_00_C_ENERGY_V01

Start Time:	2022-303T00:00:00	Stop Time:	2022-342T00:00:00
Energy (and delta-E) Tables for LUT 7.00

LUT_7_00_D_ENERGY_V01

Start Time:	2022-342T00:00:00	Stop Time:	2023-015T00:00:00
Energy (and delta-E) Tables for LUT 7.00

LUT_7_00_E_ENERGY_V01

Start Time:	2023-015T00:00:00	Stop Time:	2023-053T00:00:00
Energy (and delta-E) Tables for LUT 7.00

LUT_7_00_F_ENERGY_V01

Start Time:	2023-053T00:00:00	Stop Time:	2023-091T00:00:00
Energy (and delta-E) Tables for LUT 7.00

LUT_7_00_G_ENERGY_V01

Start Time:	2023-091T00:00:00	Stop Time:	2023-167T00:00:00
Energy (and delta-E) Tables for LUT 7.00

LUT_7_00_H_ENERGY_V01

Start Time:	2023-167T00:00:00	Stop Time:	2023-205T00:00:00
Energy (and delta-E) Tables for LUT 7.00

LUT_7_00_I_ENERGY_V01

Start Time:	2023-205T00:00:00	Stop Time:	2023-243T00:00:00
Energy (and delta-E) Tables for LUT 7.00

LUT_7_00_J_ENERGY_V01

Start Time:	2023-243T00:00:00	Stop Time:	2023-281T00:00:00
Energy (and delta-E) Tables for LUT 7.00

LUT_7_00_K_ENERGY_V01

Start Time:	2023-281T00:00:00	Stop Time:	2023-319T00:00:00
Energy (and delta-E) Tables for LUT 7.00

LUT_7_00_L_ENERGY_V01

Start Time:	2023-319T00:00:00	Stop Time:	2023-357T00:00:00
Energy (and delta-E) Tables for LUT 7.00

LUT_7_00_M_ENERGY_V01

Start Time:	2023-357T00:00:00	Stop Time:	2024-027T00:00:00
Energy (and delta-E) Tables for LUT 7.00

LUT_7_00_N_ENERGY_V01

Start Time:	2024-027T00:00:00	Stop Time:	2024-060T00:00:00
Energy (and delta-E) Tables for LUT 7.00

LUT_7_00_O_ENERGY_V01

Start Time:	2024-060T00:00:00	Stop Time:	2024-093T00:00:00
Energy (and delta-E) Tables for LUT 7.00

LUT_7_00_P_ENERGY_V01

Start Time:	2024-093T00:00:00	Stop Time:	2024-126T00:00:00
Energy (and delta-E) Tables for LUT 7.00

LUT_7_00_Q_ENERGY_V01

Start Time:	2024-126T00:00:00	Stop Time:	2024-158T00:00:00
Energy (and delta-E) Tables for LUT 7.00

LUT_7_00_R_ENERGY_V01

Start Time:	2024-158T00:00:00	Stop Time:	2024-191T00:00:00
Energy (and delta-E) Tables for LUT 7.00

LUT_7_00_S_ENERGY_V01

Start Time:	2024-191T00:00:00	Stop Time:	2024-224T00:00:00
Energy (and delta-E) Tables for LUT 7.00

LUT_7_00_TOF_SPECIES_MAP

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
TOF Species Mapping Species 2-7 are mapped onbord based on the 0-247 Channel space, however the data is in 0-92 channel space. This file provides that species mapping in the 0-92 space, and also gives the times in nanoseconds (as well as the 5MSB used onboard, see SIS). Usually only species 3-5 are used.

LUT_7_00_T_ENERGY_V01

Start Time:	2024-224T00:00:00	Stop Time:	2024-257T00:00:00
Energy (and delta-E) Tables for LUT 7.00

LUT_7_00_U_ENERGY_V01

Start Time:	2024-257T00:00:00	Stop Time:	2024-289T00:00:00
Energy (and delta-E) Tables for LUT 7.00

LUT_7_00_V_ENERGY_V01

Start Time:	2024-289T00:00:00	Stop Time:	2024-322T00:00:00
Energy (and delta-E) Tables for LUT 7.00

LUT_7_00_W_ENERGY_V01

Start Time:	2024-322T00:00:00	Stop Time:	2024-355T00:00:00
Energy (and delta-E) Tables for LUT 7.00

LUT_7_00_X_ENERGY_V01

Start Time:	2024-355T00:00:00	Stop Time:	2025-021T00:00:00
Energy (and delta-E) Tables for LUT 7.00

LUT_7_00_Y_ENERGY_V01

Start Time:	2025-021T00:00:00	Stop Time:	2025-054T00:00:00
Energy (and delta-E) Tables for LUT 7.00

LUT_7_00_Z_ENERGY_V01

Start Time:	2025-054T00:00:00	Stop Time:	2025-090T19:43:00
Energy (and delta-E) Tables for LUT 7.00

LUT_8_00_A_ENERGY_V01

Start Time:	2025-090T19:43:00	Stop Time:	2025-120T00:00:00
Energy (and delta-E) Tables for LUT 8.00

LUT_8_00_COMPRESSION

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
16 to 8 bit, and 32 to 8 bit, compression tables. There are 4 compression tables for FSW4: 16_1 : 16 to 8 bit compression for electrons 16_2 : 16 to 8 bit compression for ions 32_1 : 32 to 8 bit compression for electrons 32_2 : 32 to 8 bit compression for ions High Rate science data use the 16 to 8 bit tables. Low Rate science (and CAL) data use the 32 to 8 bit tables (with some rate products first multiplied by 512).

LUT_8_00_TOF_SPECIES_MAP

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
TOF Species Mapping Species 2-7 are mapped onbord based on the 0-247 Channel space, however the data is in 0-92 channel space. This file provides that species mapping in the 0-92 space, and also gives the times in nanoseconds (as well as the 5MSB used onboard, see SIS). Usually only species 3-5 are used.

TOF_CHANNEL_TO_SECONDS_HLC_V01

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
Conversion from TOF index to TOF in seconds. Version 1 files used 1.6ns per each of the 248-space channels, but really should have used 1.45ns, as in version 3 files.

TOF_CHANNEL_TO_SECONDS_HLC_V02

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
Conversion from TOF index to TOF in seconds. Version 2 files used 1.6ns per each of the 248-space channels, but really should have used 1.45ns, as in version 3 files.

TOF_CHANNEL_TO_SECONDS_HLC_V04

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
Conversion from TOF index to TOF in seconds. Version 4 files use 1.45ns per each of the 248-space channels.

TOF_CHANNEL_TO_SECONDS_HVE_V01

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
Conversion from TOF index to TOF in seconds. Version 1 files used 1.6ns per each of the 248-space channels, but really should have used 1.45ns, as in version 3 files.

TOF_CHANNEL_TO_SECONDS_HVE_V02

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
Conversion from TOF index to TOF in seconds. Version 2 files used 1.6ns per each of the 248-space channels, but really should have used 1.45ns, as in version 3 files.

TOF_CHANNEL_TO_SECONDS_HVE_V04

Start Time:	2011-217T00:00:00	Stop Time:	2030-001T00:00:00
Conversion from TOF index to TOF in seconds. Version 4 files use 1.45ns per each of the 248-space channels.

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