PDS/PPI Home Page

QUICK SEARCH

Search By Missions

QUICK LINKS

FAQ
Citation Policy
Errata for all volumes
Help for Data Users
Help for Data Reviewers
Help for Data Providers

PDS NODES

PDS Home
Atmospheres
Geosciences
Cartography and Imaging Sciences
NAIF - SPICE
Ring-Moon Systems
Small Bodies

Galileo >> RSS

GALILEO TDF DATA: JOVIAN SYSTEM EPHEMERIS IMPROVEMENT EXPERIMENT 1996-199 to 1997-344
GO-J-RSS-1-ODF-V1.0	UNCERTIFIED

GALILEO TDF DATA: JOVIAN SYSTEM EPHEMERIS IMPROVEMENT EXPERIMENT 1996-199 to 1997-344

Top/ ODF /

6199199A

Start Time:	1996-07-17T02:40:20Z	Stop Time:	1996-07-17T03:17:20Z
Orbit Data Files (ODFs) are produced by the NASA/JPL Multi-Mission Navigation Radio Metric Data Conditioning Team for use in determining spacecraft trajectories, gravity fields affecting them, and radio propagation conditions. Each ODF consists of many 36-byte logical records, which fall into 7 primary groups plus an End-of-File Group. An ODF usually contains most groups, but may not have all. The first record in each of the 7 primary groups is a header record; depending on the group, there may be from zero to many data records following each header. The ODF is described in: JPL/DSN Document 820-13; Rev A DSN System Requirements Detail Interface Design TRK-2-18 DSN Tracking System Interfaces Orbit Data File Interface Mark IVA Effective Date: May 15, 1984

6199199A.ODF

6228228A

Start Time:	1996-08-15T00:38:30Z	Stop Time:	1996-08-15T01:12:00Z
Orbit Data Files (ODFs) are produced by the NASA/JPL Multi-Mission Navigation Radio Metric Data Conditioning Team for use in determining spacecraft trajectories, gravity fields affecting them, and radio propagation conditions. Each ODF consists of many 36-byte logical records, which fall into 7 primary groups plus an End-of-File Group. An ODF usually contains most groups, but may not have all. The first record in each of the 7 primary groups is a header record; depending on the group, there may be from zero to many data records following each header. The ODF is described in: JPL/DSN Document 820-13; Rev A DSN System Requirements Detail Interface Design TRK-2-18 DSN Tracking System Interfaces Orbit Data File Interface Mark IVA Effective Date: May 15, 1984

6228228A.ODF

6256256A

Start Time:	1996-09-12T03:45:00Z	Stop Time:	1996-09-12T04:19:00Z
Orbit Data Files (ODFs) are produced by the NASA/JPL Multi-Mission Navigation Radio Metric Data Conditioning Team for use in determining spacecraft trajectories, gravity fields affecting them, and radio propagation conditions. Each ODF consists of many 36-byte logical records, which fall into 7 primary groups plus an End-of-File Group. An ODF usually contains most groups, but may not have all. The first record in each of the 7 primary groups is a header record; depending on the group, there may be from zero to many data records following each header. The ODF is described in: JPL/DSN Document 820-13; Rev A DSN System Requirements Detail Interface Design TRK-2-18 DSN Tracking System Interfaces Orbit Data File Interface Mark IVA Effective Date: May 15, 1984

6256256A.ODF

6286286A

Start Time:	1996-10-12T01:48:00Z	Stop Time:	1996-10-12T02:05:00Z
Orbit Data Files (ODFs) are produced by the NASA/JPL Multi-Mission Navigation Radio Metric Data Conditioning Team for use in determining spacecraft trajectories, gravity fields affecting them, and radio propagation conditions. Each ODF consists of many 36-byte logical records, which fall into 7 primary groups plus an End-of-File Group. An ODF usually contains most groups, but may not have all. The first record in each of the 7 primary groups is a header record; depending on the group, there may be from zero to many data records following each header. The ODF is described in: JPL/DSN Document 820-13; Rev A DSN System Requirements Detail Interface Design TRK-2-18 DSN Tracking System Interfaces Orbit Data File Interface Mark IVA Effective Date: May 15, 1984

6286286A.ODF

6329329A

Start Time:	1996-11-24T18:33:21Z	Stop Time:	1996-11-24T19:14:30Z
Orbit Data Files (ODFs) are produced by the NASA/JPL Multi-Mission Navigation Radio Metric Data Conditioning Team for use in determining spacecraft trajectories, gravity fields affecting them, and radio propagation conditions. Each ODF consists of many 36-byte logical records, which fall into 7 primary groups plus an End-of-File Group. An ODF usually contains most groups, but may not have all. The first record in each of the 7 primary groups is a header record; depending on the group, there may be from zero to many data records following each header. The ODF is described in: JPL/DSN Document 820-13; Rev A DSN System Requirements Detail Interface Design TRK-2-18 DSN Tracking System Interfaces Orbit Data File Interface Mark IVA Effective Date: May 15, 1984

6329329A.ODF

7054054A

Start Time:	1997-02-23T14:05:50Z	Stop Time:	1997-02-23T14:47:20Z
Orbit Data Files (ODFs) are produced by the NASA/JPL Multi-Mission Navigation Radio Metric Data Conditioning Team for use in determining spacecraft trajectories, gravity fields affecting them, and radio propagation conditions. Each ODF consists of many 36-byte logical records, which fall into 7 primary groups plus an End-of-File Group. An ODF usually contains most groups, but may not have all. The first record in each of the 7 primary groups is a header record; depending on the group, there may be from zero to many data records following each header. The ODF is described in: JPL/DSN Document 820-13; Rev A DSN System Requirements Detail Interface Design TRK-2-18 DSN Tracking System Interfaces Orbit Data File Interface Mark IVA Effective Date: May 15, 1984

7054054A.ODF

7067067A

Start Time:	1997-03-08T13:13:06Z	Stop Time:	1997-03-08T13:54:36Z
Orbit Data Files (ODFs) are produced by the NASA/JPL Multi-Mission Navigation Radio Metric Data Conditioning Team for use in determining spacecraft trajectories, gravity fields affecting them, and radio propagation conditions. Each ODF consists of many 36-byte logical records, which fall into 7 primary groups plus an End-of-File Group. An ODF usually contains most groups, but may not have all. The first record in each of the 7 primary groups is a header record; depending on the group, there may be from zero to many data records following each header. The ODF is described in: JPL/DSN Document 820-13; Rev A DSN System Requirements Detail Interface Design TRK-2-18 DSN Tracking System Interfaces Orbit Data File Interface Mark IVA Effective Date: May 15, 1984

7067067A.ODF

7081081A

Start Time:	1997-03-22T12:39:46Z	Stop Time:	1997-03-22T13:21:16Z
Orbit Data Files (ODFs) are produced by the NASA/JPL Multi-Mission Navigation Radio Metric Data Conditioning Team for use in determining spacecraft trajectories, gravity fields affecting them, and radio propagation conditions. Each ODF consists of many 36-byte logical records, which fall into 7 primary groups plus an End-of-File Group. An ODF usually contains most groups, but may not have all. The first record in each of the 7 primary groups is a header record; depending on the group, there may be from zero to many data records following each header. The ODF is described in: JPL/DSN Document 820-13; Rev A DSN System Requirements Detail Interface Design TRK-2-18 DSN Tracking System Interfaces Orbit Data File Interface Mark IVA Effective Date: May 15, 1984

7081081A.ODF

7098098A

Start Time:	1997-04-08T18:15:00Z	Stop Time:	1997-04-08T18:47:00Z
Orbit Data Files (ODFs) are produced by the NASA/JPL Multi-Mission Navigation Radio Metric Data Conditioning Team for use in determining spacecraft trajectories, gravity fields affecting them, and radio propagation conditions. Each ODF consists of many 36-byte logical records, which fall into 7 primary groups plus an End-of-File Group. An ODF usually contains most groups, but may not have all. The first record in each of the 7 primary groups is a header record; depending on the group, there may be from zero to many data records following each header. The ODF is described in: MGSO System Requirements Detail Interface Design SFOC-NAV-TRK-2-18 MGSO Tracking System Interfaces Orbit Data File Interface Reissue Date: August 1, 1996 Effective Date: 15 April 1997

7098098A.ODF

7109109A

Start Time:	1997-04-19T17:15:12Z	Stop Time:	1997-04-19T17:47:12Z
Orbit Data Files (ODFs) are produced by the NASA/JPL Multi-Mission Navigation Radio Metric Data Conditioning Team for use in determining spacecraft trajectories, gravity fields affecting them, and radio propagation conditions. Each ODF consists of many 36-byte logical records, which fall into 7 primary groups plus an End-of-File Group. An ODF usually contains most groups, but may not have all. The first record in each of the 7 primary groups is a header record; depending on the group, there may be from zero to many data records following each header. The ODF is described in: MGSO System Requirements Detail Interface Design SFOC-NAV-TRK-2-18 MGSO Tracking System Interfaces Orbit Data File Interface Reissue Date: August 1, 1996 Effective Date: 15 April 1997

7109109A.ODF

7123123A

Start Time:	1997-05-03T16:46:12Z	Stop Time:	1997-05-03T17:18:12Z
Orbit Data Files (ODFs) are produced by the NASA/JPL Multi-Mission Navigation Radio Metric Data Conditioning Team for use in determining spacecraft trajectories, gravity fields affecting them, and radio propagation conditions. Each ODF consists of many 36-byte logical records, which fall into 7 primary groups plus an End-of-File Group. An ODF usually contains most groups, but may not have all. The first record in each of the 7 primary groups is a header record; depending on the group, there may be from zero to many data records following each header. The ODF is described in: MGSO System Requirements Detail Interface Design SFOC-NAV-TRK-2-18 MGSO Tracking System Interfaces Orbit Data File Interface Reissue Date: August 1, 1996 Effective Date: 15 April 1997

7123123A.ODF

7132132A

Start Time:	1997-05-12T10:02:00Z	Stop Time:	1997-05-12T10:34:33Z
Orbit Data Files (ODFs) are produced by the NASA/JPL Multi-Mission Navigation Radio Metric Data Conditioning Team for use in determining spacecraft trajectories, gravity fields affecting them, and radio propagation conditions. Each ODF consists of many 36-byte logical records, which fall into 7 primary groups plus an End-of-File Group. An ODF usually contains most groups, but may not have all. The first record in each of the 7 primary groups is a header record; depending on the group, there may be from zero to many data records following each header. The ODF is described in: MGSO System Requirements Detail Interface Design SFOC-NAV-TRK-2-18 MGSO Tracking System Interfaces Orbit Data File Interface Reissue Date: August 1, 1996 Effective Date: 15 April 1997

7132132A.ODF

7147147A

Start Time:	1997-05-27T08:47:06Z	Stop Time:	1997-05-27T09:19:45Z
Orbit Data Files (ODFs) are produced by the NASA/JPL Multi-Mission Navigation Radio Metric Data Conditioning Team for use in determining spacecraft trajectories, gravity fields affecting them, and radio propagation conditions. Each ODF consists of many 36-byte logical records, which fall into 7 primary groups plus an End-of-File Group. An ODF usually contains most groups, but may not have all. The first record in each of the 7 primary groups is a header record; depending on the group, there may be from zero to many data records following each header. The ODF is described in: MGSO System Requirements Detail Interface Design SFOC-NAV-TRK-2-18 MGSO Tracking System Interfaces Orbit Data File Interface Reissue Date: August 1, 1996 Effective Date: 15 April 1997

7147147A.ODF

7161161A

Start Time:	1997-06-10T07:57:00Z	Stop Time:	1997-06-10T08:29:30Z
Orbit Data Files (ODFs) are produced by the NASA/JPL Multi-Mission Navigation Radio Metric Data Conditioning Team for use in determining spacecraft trajectories, gravity fields affecting them, and radio propagation conditions. Each ODF consists of many 36-byte logical records, which fall into 7 primary groups plus an End-of-File Group. An ODF usually contains most groups, but may not have all. The first record in each of the 7 primary groups is a header record; depending on the group, there may be from zero to many data records following each header. The ODF is described in: JPL/DSN Document 820-13; Rev A DSN System Requirements Detail Interface Design TRK-2-18 DSN Tracking System Interfaces Orbit Data File Interface Mark IVA Effective Date: May 15, 1984

7161161A.ODF

7181181A

Start Time:	1997-06-30T12:17:48Z	Stop Time:	1997-06-30T12:50:18Z
Orbit Data Files (ODFs) are produced by the NASA/JPL Multi-Mission Navigation Radio Metric Data Conditioning Team for use in determining spacecraft trajectories, gravity fields affecting them, and radio propagation conditions. Each ODF consists of many 36-byte logical records, which fall into 7 primary groups plus an End-of-File Group. An ODF usually contains most groups, but may not have all. The first record in each of the 7 primary groups is a header record; depending on the group, there may be from zero to many data records following each header. The ODF is described in: JPL/DSN Document 820-13; Rev A DSN System Requirements Detail Interface Design TRK-2-18 DSN Tracking System Interfaces Orbit Data File Interface Mark IVA Effective Date: May 15, 1984

7181181A.ODF

7193193A

Start Time:	1997-07-12T11:17:00Z	Stop Time:	1997-07-12T11:49:30Z
Orbit Data Files (ODFs) are produced by the NASA/JPL Multi-Mission Navigation Radio Metric Data Conditioning Team for use in determining spacecraft trajectories, gravity fields affecting them, and radio propagation conditions. Each ODF consists of many 36-byte logical records, which fall into 7 primary groups plus an End-of-File Group. An ODF usually contains most groups, but may not have all. The first record in each of the 7 primary groups is a header record; depending on the group, there may be from zero to many data records following each header. The ODF is described in: MGSO System Requirements Detail Interface Design SFOC-NAV-TRK-2-18 MGSO Tracking System Interfaces Orbit Data File Interface Reissue Date: August 1, 1996 Effective Date: 15 April 1997

7193193A.ODF

7224224A

Start Time:	1997-08-12T09:17:00Z	Stop Time:	1997-08-12T09:49:30Z
Orbit Data Files (ODFs) are produced by the NASA/JPL Multi-Mission Navigation Radio Metric Data Conditioning Team for use in determining spacecraft trajectories, gravity fields affecting them, and radio propagation conditions. Each ODF consists of many 36-byte logical records, which fall into 7 primary groups plus an End-of-File Group. An ODF usually contains most groups, but may not have all. The first record in each of the 7 primary groups is a header record; depending on the group, there may be from zero to many data records following each header. The ODF is described in: JPL/DSN Document 820-13; Rev A DSN System Requirements Detail Interface Design TRK-2-18 DSN Tracking System Interfaces Orbit Data File Interface Mark IVA Effective Date: May 15, 1984

7224224A.ODF

7238238A

Start Time:	1997-08-26T08:16:54Z	Stop Time:	1997-08-26T08:46:15Z
Orbit Data Files (ODFs) are produced by the NASA/JPL Multi-Mission Navigation Radio Metric Data Conditioning Team for use in determining spacecraft trajectories, gravity fields affecting them, and radio propagation conditions. Each ODF consists of many 36-byte logical records, which fall into 7 primary groups plus an End-of-File Group. An ODF usually contains most groups, but may not have all. The first record in each of the 7 primary groups is a header record; depending on the group, there may be from zero to many data records following each header. The ODF is described in: MGSO System Requirements Detail Interface Design SFOC-NAV-TRK-2-18 MGSO Tracking System Interfaces Orbit Data File Interface Reissue Date: August 1, 1996 Effective Date: 15 April 1997

7238238A.ODF

7265265A

Start Time:	1997-09-22T06:47:00Z	Stop Time:	1997-09-22T07:19:00Z
Orbit Data Files (ODFs) are produced by the NASA/JPL Multi-Mission Navigation Radio Metric Data Conditioning Team for use in determining spacecraft trajectories, gravity fields affecting them, and radio propagation conditions. Each ODF consists of many 36-byte logical records, which fall into 7 primary groups plus an End-of-File Group. An ODF usually contains most groups, but may not have all. The first record in each of the 7 primary groups is a header record; depending on the group, there may be from zero to many data records following each header. The ODF is described in: MGSO System Requirements Detail Interface Design SFOC-NAV-TRK-2-18 MGSO Tracking System Interfaces Orbit Data File Interface Reissue Date: August 1, 1996 Effective Date: 15 April 1997

7265265A.ODF

7280281A

Start Time:	1997-10-07T23:32:00Z	Stop Time:	1997-10-08T00:14:00Z
Orbit Data Files (ODFs) are produced by the NASA/JPL Multi-Mission Navigation Radio Metric Data Conditioning Team for use in determining spacecraft trajectories, gravity fields affecting them, and radio propagation conditions. Each ODF consists of many 36-byte logical records, which fall into 7 primary groups plus an End-of-File Group. An ODF usually contains most groups, but may not have all. The first record in each of the 7 primary groups is a header record; depending on the group, there may be from zero to many data records following each header. The ODF is described in: JPL/DSN Document 820-13; Rev A DSN System Requirements Detail Interface Design TRK-2-18 DSN Tracking System Interfaces Orbit Data File Interface Mark IVA Effective Date: May 15, 1984

7280281A.ODF

7293293A

Start Time:	1997-10-20T04:41:00Z	Stop Time:	1997-10-20T05:13:00Z
Orbit Data Files (ODFs) are produced by the NASA/JPL Multi-Mission Navigation Radio Metric Data Conditioning Team for use in determining spacecraft trajectories, gravity fields affecting them, and radio propagation conditions. Each ODF consists of many 36-byte logical records, which fall into 7 primary groups plus an End-of-File Group. An ODF usually contains most groups, but may not have all. The first record in each of the 7 primary groups is a header record; depending on the group, there may be from zero to many data records following each header. The ODF is described in: JPL/DSN Document 820-13; Rev A DSN System Requirements Detail Interface Design TRK-2-18 DSN Tracking System Interfaces Orbit Data File Interface Mark IVA Effective Date: May 15, 1984

7293293A.ODF

7316316A

Start Time:	1997-11-12T03:47:00Z	Stop Time:	1997-11-12T04:19:30Z
Orbit Data Files (ODFs) are produced by the NASA/JPL Multi-Mission Navigation Radio Metric Data Conditioning Team for use in determining spacecraft trajectories, gravity fields affecting them, and radio propagation conditions. Each ODF consists of many 36-byte logical records, which fall into 7 primary groups plus an End-of-File Group. An ODF usually contains most groups, but may not have all. The first record in each of the 7 primary groups is a header record; depending on the group, there may be from zero to many data records following each header. The ODF is described in: JPL/DSN Document 820-13; Rev A DSN System Requirements Detail Interface Design TRK-2-18 DSN Tracking System Interfaces Orbit Data File Interface Mark IVA Effective Date: May 15, 1984

7316316A.ODF

7344344A

Start Time:	1997-12-10T02:46:54Z	Stop Time:	1997-12-10T03:19:31Z
Orbit Data Files (ODFs) are produced by the NASA/JPL Multi-Mission Navigation Radio Metric Data Conditioning Team for use in determining spacecraft trajectories, gravity fields affecting them, and radio propagation conditions. Each ODF consists of many 36-byte logical records, which fall into 7 primary groups plus an End-of-File Group. An ODF usually contains most groups, but may not have all. The first record in each of the 7 primary groups is a header record; depending on the group, there may be from zero to many data records following each header. The ODF is described in: MGSO System Requirements Detail Interface Design SFOC-NAV-TRK-2-18 MGSO Tracking System Interfaces Orbit Data File Interface Reissue Date: August 1, 1996 Effective Date: 15 April 1997

7344344A.ODF

ICON LEGEND
For links to data holdings various icons are used to represent services or actions you can take. Those icons are:
	Order the volume (CD-ROM/DVD) containing the listed data. The volume will be mailed to you.	The volume (CD-ROM/DVD) contains some errors which are documented in an errata log.
	Launch a custom web browser for the resource.	Launch a map based browser for the resource.
	Toggle viewing into brief mode (shorter descriptions are displayed).	Toggle viewing into expanded mode (longer descriptions are displayed).
	Download the volume containing the listed data.

NEW RELEASES

More.....

PDS RESOURCES

Archive Planning Guide
      Individuals
      Missions
Data Dictionary Search
      Lookup Tool
      Document
PDS4 Standards Documents
PDS Subscription Service

PDS3 Standards

OTHER RESOURCES

ADS Search
Science Data Licenses

	Search For:

	in