| DATA_SET_DESCRIPTION |
Data Set Overview
=================
This data set contains magnetic-field data acquired during the
cruise and tour phases of the Cassini mission to Saturn. The data
set begins with data collected on 16 August (day 228), 1999 and ends
on 17 November (day 321), 2005 when the instrument failed.
On 16 August, 1999 two days before the spacecraft commenced Earth
swingby, the magnetometer boom was unfurled into its extended
position; a configuration it maintained for the remainder of the
mission. Magnetic-field data acquired prior to boom deployment are
limited and are significantly affected by spacecraft noise. These
data are of no scientific value and, consequently, do not form part
of this data set.
Cassini carried two magnetometers: a fluxgate magnetometer (FGM)
and a vector-helium magnetometer capable of operating in both
vector and scalar mode (V/SHM). This data set contains the magnetic-
field and calibration data recorded by these two instruments,
together with supplementary instrument and spacecraft data. The data
are divided into time periods of one day and saved in files using
the UCLA flatfile system. In this system, data are recorded in
binary files that have associated text header files describing the
format and content of the data.
The magnetic-field data are contained in the FGM, VHM and SHM data
products which can be identified from the 'mrdcd' in their file names.
The FGM and VHM data are raw data which may be calibrated using the Cal02
software package provided in the /SOFTWARE directory and the calibration
files in the /CALIB directory. The SHM submitted is already calibrated.
The calibrated data may optionally be transformed into a range of
coordinate systems (see below) using the TransCal software package in
conjunction with SPICE kernels available from the Navigation and
Ancillary Information Facility (NAIF). Spacecraft attitude data
contained in the CHATT data files which can be identified from the
'ecdcd' in their file names may be used in lieu of the SPICE C kernel.
Additional data, such as analog, command validation, configuration
image, error counter and user-defined engineering data, are included
in this archive for completeness and are not required for processing
the magnetic-field data.
Data are received from Cassini in science or housekeeping telemetry
packets. Data from both these streams form part of this data set. The
naming convention used for data files allows the telemetry source and
date of acquisition to be readily determined from the file name. On any
given date, the science and housekeeping data for a particular
magnetometer cover the same time interval to within a few seconds.
Science and housekeeping data files have identical formats and are
processed in exactly the same way.
The magnetic-field data have been extracted from telemetry
packets, assigned time tags, and formatted into simple binary tables
of values in engineering units (data numbers). The data are provided
in sensor coordinates. Software included with this archive may be
used to convert these data to nanoTesla and tranform them into
alternative time and coordinate systems.
The full set of MAG data products is
Data Description
FGM Vector data from fluxgate magnetometer
VHM Vector data from helium magnetometer
SHM Scalar data from helium magnetometer
ANA Analog data from magnetometer control unit
CMD Command validation information
CON Configuration image data from MAG DPU
ERR Error counter information
CHATT Channelised attitude data for spacecraft
CHUSR Channelised user-defined engineering data
The format of files containing these data products is described in full
in the archive volume SIS, found on this volume called the 'THE CASSINI
MAGNETIC FIELD INVESTIGATION' by Dougherty et al.
Data
====
Each row in the VHM/FGM binary tables is composed of the following
columns:
1. time (in SCLK counts since 00:00:00.000Z 1 Jan 1958)
2. X_{VHM,FGM} (in engineering units)
3. Y_{VHM,FGM} (in engineering units)
4. Z_{VHM,FGM} (in engineering units)
5. MAGStatus
6. VHMStatus/FGMStatus
SHM data is given in the following columns:
1. time TAI (SCET in seconds since 12:00:00.000Z 1 Jan 2000)
2. B_SHM (in nT)
3. X_IAU_S (in Km)
4. Y_IAU_S (in Km)
5. Z_IAU_S (in Km)
Data Parameters
===============
Magnetic-field units
--------------------
The units of the preprocessed magnetic-field data are given as
nanoTesla (nT). They represent the X, Y, and Z sensor values at
the given time. These values were converted into nT using the
following:
FGM and VHM: nT = (value - 8192) / 8192 * factor.
The value of the factor is determined from the range given with
each vector using the following table:
Range FGM Factor VHM Factor
0 40 32
1 400 256
2 10000 -
3 44000 -
MAGStatus
---------
The MAGStatus data are an array of bits that describe the status
of the MAG equipment, as set out in the following table.
FIELD SIZE NAME BYTE BIT
PacketType 1 Housekeeping/Science-data flag 0 7 MSB
SCAS 1 SCAS status 0 6
AverageType 1 Average Type (fixed/running) 0 5
SHMFlag 1 SHM Flag 0 4
VHMFlag 1 VHM Flag 0 3
FGMFlag 1 FGM Flag 0 2
ADCFlag 1 ADC Flag 0 1
MCI 9 Measurement Cycle Interrupt 0-1 0,7-0 LSB,MSB
Average 5 TimeCode Missing 2 2
sparebits 2 spare two bits 2 1-0
BIU Discretes 34 16
PROM 1 PROM program 3 7 MSB
ConfigEnable 1 Config-Enable 3 6
PSU_2 1 PSU 2 3 5
PSU_1 1 PSU 1 3 4
Processor_B 1 Processor B 3 3
Processor_A 1 Processor A 3 2
SleepMode 1 Sleep Mode 3 1
Reset 1 Reset 3 0 LSB
FGMStatus
---------
The FGMStatus data are an array of bits that describe the status
of the FGM, as set out in the following table.
FIELD SIZE NAME BYTE BIT
rg 2 Range 0 7-6
MSB IFCFlag 1 IFC Flag on/off 0 5
autorange 1 AutoRange on/off 0 4
TimeStatus 4 time quality status 0 3-0 LSB
sparebyte 8 spare bits 1 7-0
CalibId 8 Calibration Id 2 7-0
CoordId 8 Field Angle data 2 7-0
VHMStatus
---------
The VHMStatus data are an array of bits that describe the status
of the VHM, as set out in the following table.
FIELD SIZE NAME BYTE BIT
rg 1 Range (debugging only) 0 7 MSB
TimeStatus 4 time quality status 0 6-3
sparebits 2 spare bits 0 2-0 LSB
Digital 8 Digital Status word 1 7-0
CalibId 8 Calibration Id 2 7-0
CoordId 8 Field Angle data 3 7-0
MAG times
---------
The Cassini spacecraft clock (SCLK) is a counter that advances by
one tick nominally every 1/256 seconds. SCLK times have the format
cccc:ttt, in which cccc specifies the number of full counts that
have elapsed (one full count = 256 ticks), and ttt indicates by how
many ticks the clock has advanced towards the next count, since the
epoch 00:00:00Z 1 January 1958.
SCLK counts may also include a partition number, p/cccc:ttt.
This number is initially 1 but is incremented during the mission if
the SCLK counter is reset or somehow interrupted or altered. The
following discussion assumes a partition number of 1. For other
partition numbers, the determination of SCLK times requires
knowledge of the time at which the current partition was initiated.
SCLK times are commonly recorded in MAG files as decimal
counts. Time may also be represented in MAG files as Spacecraft
Event Time (SCET) which, for Cassini, is Universal Time Coordinated
(UTC). The relationship between SCLK and SCET/UTC is dependent on
the count rate of the Cassini SCLK. Like most counter-based clocks,
this rate is not constant but drifts with time. Consequently,
conversion of SCLK times to SCET/UTC times requires knowledge of the
drift rates. These rates are recorded in the SCLK/SCET coefficients
file maintained by the Cassini Spacecraft Operations (SCO) team at
JPL. As the Cassini mission progresses, the difference between SCLK
and SCET will typically be of order tens of minutes.
Times in MAG data files
The times associated with magnetic-field vectors in MAG data files
are SCLK counts since epoch 1958.
The times associated with magnetic-field scalar values in MAG data files
are SCET in seconds since epoch 2000 in TAI (International Atomic Time)
Times in MAG header files
FIRST TIME SCLK time of first record in data file;
derived from primary header of CHDO file
LAST TIME SCLK time of last record in data file; derived
from primary header of CHDO file
SCLK (in ABSTRACT) SCLK count obtained from tertiary
header of CHDO file; also converted into year, day of year, month,
date, time format; may differ from FIRST TIME by some minutes
SCET (in ABSTRACT) year, day of year, month, date, time
format; determined from corrected SCLK count; also converted into an
equivalent SCET count of seconds since 1958
Times in MAG label files
START_TIME
SCLK time of first record in data file; obtained from FIRST TIME in
flatfile header
STOP_TIME
SCLK time of last record in data file; obtained from LAST TIME in
flatfile header
SPACECRAFT_CLOCK_START_COUNT
SCLK time of first record in data file; determined from SPICE utility
CHRONOS using START_TIME; format p/ssss.ttt
SPACECRAFT_CLOCK_STOP_COUNT
SCLK time of last record in data file; determined from SPICE utility
CHRONOS using STOP_TIME; format p/ssss.ttt
SCLK (in NOTE)
SCLK count obtained from tertiary header of CHDO file; also converted
into year, day of year, month, date, time format; obtained from
flatfile-header ABSTRACT; may differ from START_TIME by some minutes
SCET (in NOTE)
year, day of year, month, date, time format; determined from
corrected SCLK time; also converted into an equivalent SCET count of
seconds since 1958; obtained from flatfile-header ABSTRACT
Preprocessing
=============
MAG data are raw data that have been preprocessed to extract them
from the telemetry packets received from the spacecraft. This
preprocessing converted raw voltages into magnetic-field
measurements with engineering units (nT-like) and assigned
individual times to each field measurement, the time of the first
vector in a packet corresponds to the start time of the packet and
the other vectors are calculated from that, for more information see
the 'Confidence Level Overview' in this file. Software that converts
these data to calibrated nT and transforms them to different time
and coordinate systems is included with this archive. One exception
to this is SHM data for which fully calibrated data are archived.
Software
========
The software required to calibrate and transform MAG data into
alternative time and coordinate systems is provided as executable
files for PC and as source code for compilation on other platforms.
The packages are
Cal02 - calibrates vector data and transforms them from sensor
coordinates to spacecraft coordinates, and,
TransCal - converts SCLK counts into International Atomic Time,
transforms vector data from spacecraft coordinates
into alternative coordinate systems, and appends
spacecraft trajectory data to transformed data
records.
Following are examples of typical user input to these
packages. User guides giving full descriptions of the implementation
and operation of these software packages are contained in this
archive they are called the 'Cassini MAG Data Processing Software:
CAL02 User Guide' and 'Cassini MAG Data Processing Software:
TransCal User Guide' both by Joyce Wolf of JPL.
Cal02
-----
Input FlatFile:
Enter full flatfile name: g:\cal58\9923b_mrdcd_hkvhmn
Enter 0 if input is FGM, 1 if VHM: 1
Enter 1 to SWAP BYTES on INPUT flatfile, 0 not to swap: 1
Output FlatFile,Default is g:\cal58\9923b_mrdcd_hkvhmn_C
Enter full flatfile name:
Enter 1 to SWAP BYTES on OUTPUT flatfile, 0 not to swap: 1
Default Report File: g:\cal58\9923b_mrdcd_hkvhmn_C_Rpt.txt
Enter Report filename:
Report File g:\cal58\9923b_mrdcd_hkvhmn_C_Rpt.txt Opened
NCOLS 6 RECL 28
Enter Calibration Flatfile name: g:\cal58\VHM_ESB58_CAL
Data Recs Written = 7064
Invalid Data Recs Not Calibrated = 0
Flatfiles Closed
Press Enter to Exit
TransCal
--------
Enter Report File Name: transcal_rpt.txt
Opened Report File transcal_rpt.txt
Enter Reference Body ID
(399 for Earth, 699 for Saturn, 599 for Jupiter, 10 for Sun): 399
Available Coordinate Systems:
0 J2000
1 ECLIPJ2000
2 IAU_VENUS
3 IAU_EARTH
4 GSE
5 GSM
6 RTN
7 CASSINI (no transformation)
8 J3 (IAU_JUPITER)
9 JMAG XYZ
10 JMAG RTP
11 S3 (IAU_SATURN)
12 SATURN RTP
13 SUN-SATURN
Enter Number of Coordinate System: 4
Enter Q to use Quaternions from flatfile, C to use C-Kernel file: c
Enter Name of SPICE Metafile with KERNELS_TO_LOAD:
esblist.txt
Spice Kernels Loaded = 6
Enter Input Flatfile Name (s/c coords): g:\cal58\9923b_mrdcd_hkvhmn_C
Enter 1 to SWAP BYTES on INPUT Flatfile; 0 not to swap: 1
Enter Output Flatfile Name: 9923b_mrdcd_hkvhmn_gse
Enter 1 to SWAP BYTES on OUTPUT Flatfile; 0 not to swap: 1
Epoch1958 = 1
Working.
Number of Vectors Read: 7064
Number of Vectors Written: 2364
End TRANSCAL
Press Enter to Exit
Example of SPICE metafile used in TransCal
------------------------------------------
\begindata
KERNELS_TO_LOAD = ('..\spicekernels\naif0007.tls',
'..\spicekernels\pck00006.tpc',
'..\spicekernels\cas00080.tsc',
'..\spicekernels\000331_SK_JM229_SP0.bsp',
'..\spicekernels\JUP100-95-05.bsp',
'..\spicekernels\010612_010613ra.bc' )
Ancillary data
==============
Additional data that form part of this archive volume include
magnetometer-calibration data in /CALIB and SPICE kernels in
/GEOMETRY. These data are used in calibrating the magnetic-
field measurements and, if desired, transforming them into other
coordinate systems.
Data such as analog, command validation, configuration
image, error counter and user-defined engineering data, are included
in this archive for completeness and are not required for
processing the magnetic-field data.
Coordinate Systems
==================
The range of available coordinate systems includes
No. Name Definition
0 J2000 SPICE inertial reference frame
Earth equinox and equator at J2000 epoch
1 ECLIPJ2000 SPICE inertial reference frame
Earth equinox and ecliptic at J2000 epoch
2 IAU_VENUS SPICE body-fixed frame
3 IAU_EARTH SPICE body-fixed frame
4 GSE Geocentric Solar Ecliptic
X is Earth to Sun, Z is north ecliptic pole
5 GSM Geocentric Solar Magnetic
X is Earth to Sun, Z in plane containing X
and north magnetic pole
6 RTN X is Sun to spacecraft, Z in plane containing
X and Sun's rotation axis
7 CASSINI Spacecraft coordinates
8 J3 (IAU_JUPITER) SPICE body-fixed frame
9 JMAG XYZ Z is Jupiter dipole, X in plane containing Z
and prime meridian from IAU_JUPITER
10 JMAG RTP X is Jupiter to spacecraft, Y in plane
containing X and Jupiter dipole
11 IAU_SATURN SPICE body-fixed frame
12 SATURN RTP X is Saturn to spacecraft, Y is south in
plane containing X and Saturn axis
13 SUN-SATURN X is Saturn to Sun, Z is north in plane
containing X and Saturn axis
|
| CONFIDENCE_LEVEL_NOTE |
Confidence Level Overview
=========================
The magnetic-field data that comprise this archive are raw data
derived directly from telemetry packets. We believe that the
accompanying calibration data provided for the FGM, VHM and SHM
data sets is the best that we can achieve at this time.
The FGM data contain persistent noise signals at 0.2, 8, 16
Hz, and associated harmonics. This noise was not observed during
ground testing of the instruments and is anticipated to be
interference arising from the spacecraft. Removal of these signals
is at the user's discretion.
There is irregular timing in the data samples. This is
caused by the limited resolution of the msec counter in the time
field. For example, there are 128 FGM vectors in each science
packet, the time of the packet corresponds to the time of the first
vector in the packet. Times are calculated for the other vectors
using the known onboard vector sample rate and average exponent.
These calculated times don't have the reduced resolution of the msec
counter. Thus at the first vector of each packet there can be a
small time jump due to the msec counter resolution. This time
difference is maximum 8 msecs (not 4msecs which is the resolution
of the counter) because the DPU software only generates even msec
values due to internal truncation.
Data Coverage and Quality
-------------------------
There are routine events that cause data quality problems so
chronological listings of them have been included in this archive:
-calibration activities superimpose calibration data on top of
science data and are documented in SCAS_TIMES.ASC (for more
information on calibration activies refer to 'THE CASSINI
MAGNETIC FIELD INVESTIGATION' by Dougherty et al in this archive)
-data spikes may be seen at instrument range changes. Range
changes are documented in RANGE_CHANGES.ASC
-mode changes affect which sensors produce instrument data and
spikes or rapid changes in data averaging may be seen at mode
changes. The first few packets after the instrument is unmuted
or after Science Packets recommence can be highly or incorrectly
averaged. MODE_CHANGES.ASC lists the times of these events.
-date corruption of the on-board memory (SSR) shown through spurious
range changes lasting only one vector. The times of these corrupted
vectors are listed in SPURIOUS_RANGE_CHANGES.ASC
Data gaps may be instrument related (e.g. a sensor turning
on/off) or mission related (e.g. telemetry downlink problems). The
former are documented in MODE_CHANGES.ASC. All mission related gaps
are listed in GAP_FILEs - GAP_FILE_SCI_HK.ASC for science data in
the housekeeping packets and in GAP_FILE_SCI_SD.ASC for science data
in the science packets. Instrument related gaps of less than one day
also show up in the GAP_FILES as well as in MODE_CHANGES.ASC
Most of the information in the GAP_FILEs are extracted from
packets received reports and so follow a fixed-width tabular format.
Multi-day gaps are not documented in the source listings and have
been added manually with a different format including an explanation
of the gap - if a reason is known. A summary of scientifically
significant gaps is included below.
Gaps
----
Please note that the different phases of the mission are
described in the Cassini MISSION.CAT which is available on the MAG
Raw Magnetic Field Data Archive volumes (COMAG_0XXX), or from PDS.
INTERPLANETARY _CRUISE:
VENUS_2_EARTH_CRUISE:
Science Pertinent Data collection commences in vector/vector
mode after boom deployment and initial instrument calibration
activities (1999-228)
EARTH_ENCOUNTER:
Instrument to vector/scalar mode and back again
No science data packets (1999-237 to 1999-254)
Instrument mostly off (1999-262 to 2000-115)
OUTER_CRUISE:
HEIGHT_GAIN_ANTENNA_TRANSITION:
2 Gaps in science packet collection (2000-115 to 2000-153)
Solar Conjunction (2000-128 to 2000-140)
INSTRUMENT_CHECKOUT_2:
Instrument off (2000-209 to 2000-248)
JUPITER_CRUISE:
Data gaps, instrument sick (2000-315 to 2000-321)
Gaps in science packet collection (2001-031 to 2001-138)
Data collection Changed to fixed average for all data from
running average on high rate (science packet) data and fixed
average on low rate (housekeeping packet) data.
(2001-082 01:42:02)
QUIET_CRUISE:
Instrument off (2001-130 to 2001-138)
Superior Conjunction (2001-151 to 2001-164)
SSR pointers problem during playback, data lost
(2001-318 to 2001-323)
SCIENCE_CRUISE:
SPACE_SCIENCE:
2002-257 TO 2002-260 no data, never played back from SSR
Telemetry mode to probe check, no data
(2002-329T20:00:00 to 2002-332T05:00:00)
Several gaps in science and sometimes additionally hk packet
data due to mode changes ranging from a few hours to a week in
length (2003-106 to 2003-179)
Superior Conjunction (2003-176 to 2003-187)
No data, instrument sick (2003-179 to 2003-195)
TOUR_PRE_HUYGENS:
Some data gaps due to instrument muting (2003-195 to 2004-356)
SATURN INTFLD (2004-174T23:00:00 to 2004-184T05:30:21)
SATURN_ORBIT_INSERTION:
VHM Saturates (2004-178T22:43:00 to 2004-183T06:34:00)
Superior Conjunction (2004-184 to 2004-196)
TITAN_A_ENCOUNTER:
TITAN_B_ENCOUNTER:
DIONE FLYBY:
HUYGENS_DESCENT:
HUYGENS_PROBE_SEPARATION:
Probe seperation caused a step change in instrument offsets
(2004-360T02:00)
IAPETUS FLYBY
Data gap, instrument muted (2005-006T11:45:28 to
2005-015T08:07:08)
TITAN_C_HUYGENS:
TOUR:
SATURN INTFLD AND ENCELADUS FLYBY:
SHM on/VHM off (2005-047T21:15:09 to 2005-048T04:29:00)
ENCELADUS FLYBY, SATURN INTFLD AND TETHYS FLYBY:
SHM on/VHM off (2005-068T08:05:26 to 2005-068T15:09:18)
ENCELADUS FLYBY AND SATURN INTFLD:
A power failure and other technical problems resulted in 66% of
science data from day 88 being lost. This includes a data gap
from 19:30 to 24:00 during which the craft was flying by
Enceladus and in Saturn's internal field.
The SHM actually went on earlier than recorded but the first
SHM data received is from 23:59:45.
SHM on/VHM off (2005-088T23:59:45 to 2005-089T03:14:17)
SATURN INTFLD AND MIMAS FLYBY
SHM on/VHM off (2005-104T19:00:25 to 2005-105T03:39:15)
TETHYS FLYBY AND SATURN INTFLD
SHM on/VHM off (2005-122T22:20:28 to 2005-123T05:54:19)
ENCELADUS FLYBY AND SATURN INTFLD
SHM on/VHM off (2005-141T02:35:26 to 2005-141T10:09:17)
SATURN INTFLD
SHM on/VHM off (2005-159T07:10:28 to 2005-159T14:44:19)
SATURN INTFLD
SHM on/VHM off (2005-177T12:13:29 to 2005-177T19:47:20)
No data, instrument sick (2005-180T13:12:21 to 2005-181T22:57:48)
ENCELADUS FLYBY AND SATURN INTFLD
SHM on/VHM off (2005-195T18:41:28 to 2005-196T02:14:19)
No data, BIU sick (2005-208T21:04:17 to 2005-209T18:29:00)
SATURN INTFLD AND MIMAS FLYBY
SHM on/VHM off (2005-214T02:21:27 to 2005-214T09:55:18)
SATURN INTFLD
SHM on/VHM off (2005-232T07:44:26 to 2005-232T15:19:18)
data gap on 2005-245 due to MGS being granted Cassini DSN coverage
data gaps due to SSR commanding bug (2005-246 to 258)
SATURN INTFLD
Calibration Activity (2005-247T00:00:32 to 2005-247T01:58:56)
SHM on/VHM off (2005-248T07:26:24)
No data, BIU sick (2005-248T10:52:06 to 2005-249T14:44:00)
TITAN FLYBY
The SSR commanding bug mentioned earlier resulted in large
data gaps from 250 to 252
Data gaps from 2005-262 and 263 due to heavy rain over DSS-14
SATURN INTFLD AND TETHYS FLYBY
SHM on/VHM off (2005-266T17:30:24 to 2005-267T01:39:14)
HYPERION FLYBY
DIONE FLYBY
SATURN INTFLD AND ENCELADUS FLYBY
SHM on/VHM off (2005-284T21:28:25 to 2005-285T05:36:16)
Data gap due to not enough data packets being allocated
to mag (2005-285T06:45:00 to 2005-285T08:18:00)
TITAN FLYBY
data gaps throughout day on 2005-290 due to DSN problems caused by
heavy rain
No VHM instrument data available after 2005-321
RHEA FLYBY
data gap as no antenna available (2005-339T13:30 to
2005-339T20:30)
ENCELADUS FLYBY
TITAN FLYBY
data gap due to heavy rain during downlink
(2006-006T17:00 to 2006-007T04:45)
TITAN FLYBY
data gap due to power failure at SPC-10 (2006-025T07:45
to 2006-025T08:45)
data gaps as DSS63 pass was unsucessful
(2006-036T15:00 to end of day)
data gap as Ulysses used DSS 14 for commanding
(2006-044T03:30 to 2006-044T05:15)
data gap as DSN problems encountered (2006-045T08:45 to
2006-045T10:15)
TITAN FLYBY
RECONNECTION EVENT (2006-063T22:00 & 22:57)
TITAN FLYBY (2006-078)
RHEA FLYBY (2006-080)
TITAN FLYBY (2006-120)
there was no gap during the flyby but there are several hours missing
beforehand (05:00 to 13:00) due to loss of 1-way data during downlinking
on day 121.
TITAN FLYBY (2006-140)
TITAN FLYBY (2006-183)
data gap due to ground antenna malfunction
(2006-191T09:00 to 2006-192T01:00)
RECONNECTION EVENT (2006-193)
several gaps due to ground antenna malfunction
(2006-194T21:30 to 2006-195T14:15)
gap due to overcast clouds during downlink
(2006-198T08:15 to 2006-198T10:30)
TITAN FLYBY (2006-203)
RECONNECTION EVENT (2006-216)
TITAN FLYBY (2006-250)
ENCELADUS FLYBY (2006-252)
TITAN FLYBY (2006-282)
INNER MAGNETOSPHERE CROSSING (2006-285)
data gaps due to overcast clouds during downlinking on 287
and problems with the auto collimeter on 288
(2006-287T00:00 to 2006-288T16:00)
TITAN FLYBY (2006-298)
INNER MAGNETOSPHERE CROSSING (2006-301)
data gaps due to MGS spacecraft emergency on 311
and overcast clouds on 312 (2006-311T02:30 to 2006-312T07:00)
ENCELADUS FLYBY (2006-313)
INNER MAGNETOSPHERE CROSSING (2006-313)
INNER MAGNETOSPHERE CROSSING (2006-324 to 325)
DIONE FLYBY (2006-325)
No data, BIU sick (2006-328T04:00 to 2006-332T13:00)
INNER MAGNETOSPHERE CROSSING (2006-336 to 337)
data gaps due to repositioning recorder, DSS-14 power glitch
and spacecraft ID failure (2006-343T04:00 to 2006-344T12:30)
TITAN FLYBY (2006-346)
INNER MAGNETOSPHERE CROSSING (2006-349)
TITAN FLYBY (2006-362)
TITAN TORUS CROSSING (2006-365 to 2007-001)
TITAN FLYBY (2007-13)
TITAN TORUS CROSSING (2007-017 to 2007-018)
TITAN FLYBY (2007-29)
TITAN TORUS CROSSING (2007-034 to 2007-035)
TITAN TORUS CROSSING (2007-046 to 2007-048)
data gap due to DSS-14 antenna halt
(2007 052T10:40 to 053T02:50 & 053T03:30 to 04:00)
TITAN FLYBY (2007-53)
data gap anomalous loss of downlink
(2007-053T12.30 to 2007-054T04:30)
TITAN TORUS CROSSING (2007-064 to 2007-065)
TITAN FLYBY (2007-68 to 69)
MAGNETOSPHERIC BOUNDARY CROSSINGS (2007-070 to 2007-076)
TITAN INTERACTION (2007-083 to 2007-085)
TITAN FLYBY (2007-084 to 085)
MAGNETOSPHERIC BOUNDARY CROSSINGS (2007-086 to 2007-093)
data gap (2007-086T03:00 to 05:30)
data gap (2007-088T03:00 to 05:30)
data gap as spacecraft lost due to errors in spacecraft central
memory (2007-092T20:10 to 095T03:58)
INTERNAL FIELD (2007-097 to 2007-100)
TITAN FLYBY (2007-100)
MAGNETOSPHERIC BOUNDARY CROSSINGS (2007-101 to 2007-111)
INTERNAL FIELD (2007-113 to 2007-116)
TITAN FLYBY (2007-116)
MAGNETOSPHERIC BOUNDARY CROSSINGS (2007-117 to 2007-128)
data gap due to heavy rain during dowlink and then spacecraft lost
due to errors in spacecraft central memory
(2007-121T23:25 to 122T12:09)
INTERNAL FIELD (2007-129 to 2007-132)
TITAN FLYBY (2007-132)
MAGNETOSPHERIC BOUNDARY CROSSINGS (2007-133 to 2007-144)
TETHYS FLYBY (2007-146)
INTERNAL FIELD (2007-146 to 2007-148)
TITAN FLYBY (2007-148)
MAGNETOSPHERIC BOUNDARY CROSSINGS (2007-149 to 2007-161)
data gap as spacecraft lost due to errors in spacecraft central
memory (2007-159T10:14 to 160T03:10)
INTERNAL FIELD (2007-162 to 2007-164)
TITAN FLYBY (2007-164)
MAGNETOSPHERIC BOUNDARY CROSSINGS (2007-165 to 2007-176)
TETHYS FLYBY (2007-178)
MIMAS FLYBY (2007-178)
INTERNAL FIELD (2007-179)
ENCELADUS FLYBY (2007-179)
TITAN FLYBY (2007-180)
MAGNETOSPHERIC BOUNDARY CROSSINGS (2007-181 to 2007-182)
TITAN FLYBY (2007-200)
MAGNETOSPHERE (2007-201 to 2007-203)
MAGNETOSPHERE (2007-241 to 2007-242)
TETHYS FLYBY (2007-241)
FLYBY RHEA (2007-242)
FLYBY TITAN (2007-243)
IAPETUS FLYBY (2007-253)
data gap due to spacecraft safing (2007-254T05:57 to 2007-258T18:01)
data gap due to spacecraft id failure (2007-258T21:19 to 2007-259T12:22)
data gap as no downlinking due to DAWN launch (2007-269T21:00 to
2007-270T15:00)
DIONE FLYBY (2007-273)
ENCELADUS FLYBY (2007-273)
INNER MAGNETOSPHERE (2007-272 to 2007-274)
TITAN FLYBY (2007-275)
data gap (2007-275T06:12 to 2007-276T14:18)
data gap due to CDS SW load hence MAG science off (2007-279T20:07 to
2007-291T19:38) - some science data may be retrieved from HK
INNER MAGNETOSPHERE (2007-296 to 2007-297)
SOLAR WIND SATURN AURORA (2007-300 to 2007-314)
TITAN TORUS CROSSING (2007-320 to 2007-320)
INTERNAL FIELD (2007-321)
TITAN INTERACTION (2007-321 to 2007-323)
TITAN FLYBY (2007-322 to 2007-323)
data gap due to heavy rain (2007-323T01:09 to 2007-323T03:57)
data gap due to heavy rain (2007-324T05:05 to 2007-324T09:57)
SOLAR WIND SATURN AURORA (2007-324 to 2007-332)
data gap due to heavy rain (2007-334T14:46 to 2007-334T16:33)
INNER MAGNETOSPHERE (2007-336 to 2007-337)
TITAN FLYBY (2007-338 to 2007-339)
SOLAR WIND SATURN AURORA (2007-341 to 2007-347)
data gap (2007-346T01:42 to 2007-346T07:15)
data gap (2007-346T17:37 to 2007-348T16:01)
INNER MAGNETOSPHERE (2007-352 to 2007-353)
TITAN FLYBY (2007-354 to 2007-355)
MAGNETOSPHERIC BOUNDARY CROSSINGS (2007-355 to 2008-001)
data gap due to heavy rain (2008-002T19:24 to 2008-003T01:35)
INTERNAL FIELD (2008-004)
No data, BIU sick (2008-011T00:09 to 2008-024T07:07)
MAGNETOSPHERIC BOUNDARY CROSSINGS (2008-024)
INTERNAL FIELD (2008-027)
MAGNETOSPHERIC BOUNDARY CROSSINGS (2008-030 to 2008-036)
INTERNAL FIELD (2008-039)
data gap due to incorrect noise diode selection in DSS-14 equipment
configuration (2008-041T15:51 to 2008-041T20:01)
MAGNETOSPHERIC BOUNDARY CROSSINGS (2008-042 to 2008-043)
MAGNETOSPHERIC BOUNDARY CROSSINGS (2008-044 to 2008-048)
INTERNAL FIELD (2008-051)
data gap due to conflict with RADAR opmode - T41 lost
(2008-053T15:11 to 2008-054T08:01)
SATURN AURORAL OBSERVATION (2008-061)
INTERNAL FIELD (2008-062)
INNER MAGNETOSPHERE (2008-062)
SATURN AURORAL OBSERVATION (2008-062)
TITAN INTERACTION (2008-062 to 2008-065)
data gap due to Complex power failure at DSS-25
(2008-070T03:59 to 2008-070T09:10)
INTERNAL FIELD (2008-072)
INTERNAL FIELD (2008-083)
TITAN FLYBY (2008-085)
INNER MAGNETOSPHERE (2008-092)
INTERNAL FIELD (2008-092)
INNER MAGNETOSPHERE (2008-102)
INTERNAL FIELD (2008-102)
INNER MAGNETOSPHERE (2008-111)
data gap due to low film height at DSS-14
(2008-111T01:57 to 2008-111T15:00)
INTERNAL FIELD (2008-112)
INNER MAGNETOSPHERE (2008-121)
INTERNAL FIELD (2008-121)
data gap due to repair of dichroic plate at DSS-14
(2008-122T23:02 to 2008-123T09:37)
data gap due to antenna to brake at DSS-26
(2008-129T15:39 to 2008-129T18:54)
INNER MAGNETOSPHERE (2008-130)
INTERNAL FIELD (2008-131)
TITAN FLYBY (2008-133)
INTERNAL FIELD (2008-139)
INTERNAL FIELD (2008-147)
TITAN FLYBY (2008-149)
TITAN INTERACTION (2008-149 to 2008-152)
SATURN AURORAL OBSERVATION (2008-153)
INTERNAL FIELD (2008-153)
No data, BIU sick (2008-153T22:01 to 2008-154T19:20)
TITAN INTERACTION (2008-156)
No data, BIU sick (2008-158T06:02 to 2008-163T21:46)
SATURN AURORAL OBSERVATION (2008-167 to 2008-168)
INTERNAL FIELD (2008-168)
INTERNAL FIELD (2008-175)
SATURN AURORAL OBSERVATION (2008-175)
SATURN AURORAL OBSERVATION (2008-181 to 2008-182)
INTERNAL FIELD (2008-182)
SATURN AURORAL OBSERVATION (2008-188 to 2008-189)
INTERNAL FIELD (2008-189)
data gap due to heavy rain
(2008-195T12:30 to 2008-195T18:08)
SATURN AURORAL OBSERVATION (2008-196)
INTERNAL FIELD (2008-196)
SATURN AURORAL OBSERVATION (2008-203)
INTERNAL FIELD (2008-203)
SATURN AURORAL OBSERVATION (2008-210)
INTERNAL FIELD (2008-210)
TITAN FLYBY (2008-213)
SATURN AURORAL OBSERVATION (2008-217 to 2008-218)
data gap due to DSS-14 antenna to brake
(2008-216T16:22 - 2008-216T18:02)
INTERNAL FIELD (2008-217)
SATURN AURORAL OBSERVATION (2008-224)
INTERNAL FIELD (2008-225)
SATURN AURORAL OBSERVATION (2008-231 to 2008-232)
INTERNAL FIELD (2008-232)
SATURN AURORAL OBSERVATION (2008-239 to 2008-240)
INTERNAL FIELD (2008-239)
SATURN AURORAL OBSERVATION (2008-246 to 2008-247)
INTERNAL FIELD (2008-247)
SATURN AURORAL OBSERVATION (2008-253 to 2008-254)
INTERNAL FIELD (2008-254)
SATURN AURORAL OBSERVATION (2008-261 to 2008-262)
INTERNAL FIELD (2008-261)
SATURN AURORAL OBSERVATION (2008-268 to 2008-269)
INTERNAL FIELD (2008-269)
data gap due to DSS-14 antenna to brake
(2008-275T18:16 - 2008-275T23:01)
SATURN AURORAL OBSERVATION (2008-275 to 2008-276)
data gap due to DSS-14 antenna to brake
(2008-276T02:55 - 2008-276T03:39)
INTERNAL FIELD (2008-276)
SATURN AURORAL OBSERVATION (2008-283 to 2008-284)
INTERNAL FIELD (2008-283)
ENCELADUS FLYBY (2008-283)
SATURN AURORAL OBSERVATION (2008-290 to 2008-291)
INTERNAL FIELD (2008-291)
SATURN AURORAL OBSERVATION (2008-297 to 2008-298)
INTERNAL FIELD (2008-298)
SATURN AURORAL OBSERVATION (2008-305 to 2008-306)
data gap due to bad weather at DSS-63
(2008-305T02:39 - 2008-305T07:35)
INTERNAL FIELD (2008-305)
ENCELADUS FLYBY (2008-305)
TITAN FLYBY (2008-308)
SATURN AURORAL OBSERVATION (2008-313 to 2008-314)
INTERNAL FIELD (2008-314)
SATURN AURORAL OBSERVATION (2008-321 to 2008-322)
INTERNAL FIELD (2008-322)
TITAN FLYBY (2008-324)
SATURN AURORAL OBSERVATION (2008-328 to 2008-329)
INTERNAL FIELD (2008-329)
data gap due to rain at DSS-14
(2008-330T11:20 - 2008-330T17:07)
data gap due to late AOS and TLM lock at DSS-14
(2008-331T17:58 - 2008-331T20:41)
SATURN AURORAL OBSERVATION (2008-336 to 2008-337)
TITAN FLYBY (2008-340)
SATURN AURORAL OBSERVATION (2008-344 to 2008-345)
data gap due to heavy cloud cover and snow at DSS-25
(2008-349T13:07 - 2008-349T21:53)
SATURN AURORAL OBSERVATION (2008-352 to 2008-353)
data gap due to rain at DSS-43
(2008-352T05:53 - 2008-352T13:57)
data gap due to failed mazer at DSS-63
(2008-353T07:00 - 2008-354T08:58)
TITAN FLYBY (2008-356)
HIGH LATITUDE CUSP OBSERVATION (2008-359)
INNER MAGNETOSPHERE (2008-361)
HIGH LATITUDE CUSP OBSERVATION (2009-002)
INNER MAGNETOSPHERE (2009-004 to 2009-005)
HIGH LATITUDE CUSP OBSERVATION (2009-012)
INNER MAGNETOSPHERE (2009-014)
HIGH LATITUDE CUSP OBSERVATION (2009-021)
INNER MAGNETOSPHERE (2009-023 to 2009-024)
HIGH LATITUDE CUSP OBSERVATION (2009-031)
data gap due to rain at DSS-63
(2009-032T03:30 - 2009-032T17:47)
INNER MAGNETOSPHERE (2009-033)
TITAN FLYBY (2009-038)
HIGH LATITUDE CUSP OBSERVATION (2009-041 to 2009-042)
HIGH LATITUDE CUSP OBSERVATION (2009-052 to 2009-053)
data gap due to rain at DSS-65
(2009-063T18:37 - 2009-064T03:35)
HIGH LATITUDE CUSP OBSERVATION (2009-064 to 2009-065)
data gap due to background sequence stopped for thruster swap
some science data available in HK packets
(2009-071T11:05 - 2009-077T03:03)
HIGH LATITUDE CUSP OBSERVATION (2009-076 to 2009-077)
TITAN FLYBY (2009-086)
HIGH LATITUDE CUSP OBSERVATION (2009-088 to 2009-089)
No data, BIU sick (2009-091T01:25 to 2009-091T23:15)
data gap due to bit rate change at DSS-55
(2009-092T04:26 to 2009-092T09:49)
DUSK MAGNETOSPHERE OBSERVATION (2009-092)
TITAN FLYBY (2009-093)
data gap due to DSS-25 antenna stowed b/c of high winds
(2009-098T01:31 to 2009-098T03:53)
data patchy due to DSS-23 antenna stowed b/c of high winds
(2009-104T03:19 to 2009-104T07:36)
HIGH LATITUDE CUSP OBSERVATION (2009-104 to 2009-105)
data gap due weather/link margins at DSS-63
(2009-108T08:33 to 2009-108T11:18)
DUSK MAGNETOSPHERE OBSERVATION (2009-108)
TITAN FLYBY (2009-109)
HIGH LATITUDE CUSP OBSERVATION (2009-119 to 2009-120)
data gap due to DSS-14 red sub-reflector - all data lost
(2009-123T22:05 to 2009-125T07:17)
TITAN FLYBY (2009-125)
data patchy due to rain at DSS-43
(2009-134T21:24 to 2009-135T00:30)
HIGH LATITUDE CUSP OBSERVATION (2009-134 to 2009-135)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2009-136 to 2009-138)
DUSK MAGNETOSPHERE OBSERVATION (2009-139 to 2009-140)
TITAN FLYBY (2009-141)
VHM powered off; unlikely to be powered on again
(2009-143T01:09)
HIGH LATITUDE CUSP OBSERVATION (2009-148 to 2009-149)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2009-149 to 2009-156)
DUSK MAGNETOSPHERE OBSERVATION (2009-156)
TITAN FLYBY (2009-157)
HIGH LATITUDE CUSP OBSERVATION (2009-163 to 2009-164)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2009-164 to 2009-172)
data gap due to late AOS at DSS-14 due to azimuth brake problem
(2009-165T12:06 to 2009-165T15:56)
data patchy due to DSS-65 antenna to brake
(2009-169T04:27 to 2009-169T09:03)
data gap due to late AOS at DSS-14 due to MEC brake stuck
(2009-170T11:40 to 2009-170T21:13)
TITAN FLYBY (2009-173)
INNER MAGNETOSPHERE (2009-176)
data patchy due to DSS-14 having incorrect bit rate changes
(2009-177T10:10 to 2009-177T14:30)
HIGH LATITUDE CUSP OBSERVATION (2009-178)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2009-179 to 2009-188)
TITAN FLYBY (2009-189)
INNER MAGNETOSPHERE (2009-192)
DIONE FLYBY (2009-192)
data gap due to DSS-14 antenna to brake
(2009-192T22:27 to 2009-192T23:47)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2009-194 to 2009-204)
data gap due to high winds at DSS-26
(2009-201T01:13 to 2009-201T02:21)
TITAN FLYBY (2009-205)
INTERNAL FIELD (2009-207)
INNER MAGNETOSPHERE (2009-207)
TETHYS FLYBY (2009-207)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2009-210 to 2009-220)
data gap due to DSS-14 red antenna
(2009-221T01:04 to 2009-222T02:06)
INTERNAL FIELD (2009-223)
DUSK MAGNETOSPHERE OBSERVATION (2009-224 to 2009-226)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2009-226 to 2009-236)
data gap due to DSS-45 ceded to L-CROSS for spacecraft emergency
(2009-234T11:53 to 2009-234T13:34)
TITAN FLYBY (2009-237)
INTERNAL FIELD (2009-239)
DUSK MAGNETOSPHERE OBSERVATION (2009-240 to 2009-241)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2009-241 to 2009-260)
data gap due to DSS-14 antenna to brake
(2009-258T21:54 to 2009-259T15:52)
data gap due to DSS-14 antenna to brake
(2009-259T19:07 to 2009-259T22:49)
No data; BIU sick (2009-261T08:54 to 2009-264T20:11)
DUSK MAGNETOSPHERE OBSERVATION (2009-264 to 2009-265)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2009-265 to 2009-284)
TITAN FLYBY (2009-285)
RHEA FLYBY (2009-286)
MAGNETOSPHERE/SATELLITE OBSERVATION (2009-286 to 2009-287)
INTERNAL FIELD (2009-287)
MIMAS FLYBY (2009-287)
TETHYS FLYBY (2009-287)
MAGNETOSPHERE/SATELLITE OBSERVATION (2009-287 to 2009-288)
DUSK MAGNETOSPHERE OBSERVATION (2009-288 to 2009-289)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2009-289 to 2009-303)
MAGNETOSPHERE/SATELLITE OBSERVATION (2009-305 to 2009-306)
INTERNAL FIELD (2009-306)
ENCELADUS FLYBY (2009-306)
MAGNETOSPHERE/SATELLITE OBSERVATION (2009-306 to 2009-307)
DUSK MAGNETOSPHERE OBSERVATION (2009-307 to 2009-308)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2009-308 to 2009-322)
MAGNETOSPHERE/SATELLITE OBSERVATION (2009-324 to 2009-326)
ENCELADUS FLYBY (2009-325)
INTERNAL FIELD (2009-325)
RHEA FLYBY (2009-325)
DUSK MAGNETOSPHERE OBSERVATION (2009-326)
No data; BIU sick (2009-326T11:01 to 2009-327T21:35)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2009-327 to 2009-341)
MAGNETOSPHERE/SATELLITE OBSERVATION (2009-343 to 2009-345)
INTERNAL FIELD (2009-344)
DUSK MAGNETOSPHERE OBSERVATION (2009-345 to 2009-346)
TITAN FLYBY (2009-345 to 2009-346)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2009-346 to 2009-352)
SOLAR WIND AURORAL OBSERVATION (2009-352 to 2009-354)
data gap due to snow
(2009-354T04:42 to 2009-355T09:41)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2009-354 to 2009-357)
DUSK MAGNETOSPHERE OBSERVATION (2009-357 to 2009-358)
TETHYS FLYBY (2009-359 to 2009-360)
INTERNAL FIELD (2009-360)
DUSK MAGNETOSPHERE OBSERVATION (2009-361 to 2009-362)
TITAN FLYBY (2009-361 to 2009-362)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2009-362 to 2009-365)
SOLAR WIND AURORAL OBSERVATION (2009-365 to 2010-005)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2010-005 to 2010-008)
DUSK MAGNETOSPHERE OBSERVATION (2010-008 to 2010-009)
INTERNAL FIELD (2010-009 to 2010-010)
DUSK MAGNETOSPHERE OBSERVATION (2010-012 to 2010-013)
TITAN FLYBY (2010-012)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2010-13 to 2010-024)
data gap due to DC problems at DSS-15
(2010-023T00:19 to 2010-023T01:58)
DUSK MAGNETOSPHERE OBSERVATION (2010-024 to 2010-025)
INTERNAL FIELD (2010-026 to 2010-027)
DIONE FLYBY (2010-027)
DUSK MAGNETOSPHERE OBSERVATION (2010-028 to 2010-029)
TITAN FLYBY (2010-028)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2010-029 to 2010-032)
SOLAR WIND AURORAL OBSERVATION (2010-032 to 2010-039)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2010-039 to 2010-042)
MAGNETOSPHERE/SATELLITE OBSERVATION (2010-043 to 2010-045)
INTERNAL FIELD (2010-044)
MIMAS FLYBY (2010-044)
DUSK MAGNETOSPHERE OBSERVATION (2010-045 to 2010-047)
data gap due to rain and snow at DSS-63
(2010-046T09:50 to 2010-046T15:34)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2010-047 to 2010-049)
SOLAR WIND AURORAL OBSERVATION (2010-049 to 2010-057)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2010-057 to 2010-059)
DUSK MAGNETOSPHERE OBSERVATION (2010-059 to 2010-060)
MAGNETOSPHERE/SATELLITE OBSERVATION (2010-061 to 2010-063)
RHEA FLYBY (2010-061)
Power-on reset (POR); data should be regarded as suspect
(2010-061T12:12 to 2010-062T06:08)
No data; BIU sick (2010-062T06:08 to 2010-062T21:58)
DUSK MAGNETOSPHERE OBSERVATION (2010-063 to 2010-064)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2010-064 to 2010-067)
data gap due to rain at DSS-45
(2010-065T18:51 to 2010-065T21:45)
SOLAR WIND AURORAL OBSERVATION (2010-067 to 2010-074)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2010-074 to 2010-077)
DUSK MAGNETOSPHERE OBSERVATION (2010-077)
MAGNETOSPHERE/SATELLITE OBSERVATION (2010-078 to 2010-081)
No data; BIU sick (2010-079T22:04 to 2010-082T21:24)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2010-082 to 2010-084)
SOLAR WIND AURORAL OBSERVATION (2010-084 to 2010-092)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2010-092 to 2010-095)
DUSK MAGNETOSPHERE OBSERVATION (2010-095)
TITAN FLYBY (2010-095)
MAGNETOSPHERE/SATELLITE OBSERVATION (2010-096 to 2010-097)
INTERNAL FIELD (2010-097)
MIMAS FLYBY (2010-097)
TETHYS FLYBY (2010-097)
MAGNETOSPHERE/SATELLITE OBSERVATION (2010-097 to 2010-098)
DUSK MAGNETOSPHERE OBSERVATION (2010-098 to 2010-100)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2010-100 to 2010-102)
SOLAR WIND AURORAL OBSERVATION (2010-102 to 2010-113)
data gap due to DSS-43 antenna/LNA problems for entire pass
(2010-107T19:17 to 2010-109T15:33)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2010-113 to 2010-115)
DUSK MAGNETOSPHERE OBSERVATION (2010-115)
MAGNETOSPHERE/SATELLITE OBSERVATION (2010-116 to 2010-118)
INTERNAL FIELD (2010-117 to 2010-118)
ENCELADUS FLYBY (2010-118)
MAGNETOSPHERE/SATELLITE OBSERVATION (2010-118 to 2010-119)
DUSK MAGNETOSPHERE OBSERVATION (2010-119 to 2010-120)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2010-120 to 2010-122)
SOLAR WIND AURORAL OBSERVATION (2010-122 to 2010-133)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2010-133 to 2010-135)
DUSK MAGNETOSPHERE OBSERVATION (2010-135 to 2010-136)
MAGNETOSPHERE/SATELLITE OBSERVATION (2010-137 to 2010-138)
ENCELADUS FLYBY (2010-138)
INTERNAL FIELD (2010-138)
MAGNETOSPHERE/SATELLITE OBSERVATION (2010-138 to 2010-139)
DUSK MAGNETOSPHERE OBSERVATION (2010-139 to 2010-140)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2010-140 to 2010-143)
data gap due to Goldstone complex-wide power outage
(2010-141T20:58 to 2010-142T02:11)
SOLAR WIND AURORAL OBSERVATION (2010-143 to 2010-148)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2010-148 to 2010-151)
DUSK MAGNETOSPHERE OBSERVATION (2010-151 to 2010-153)
INTERNAL FIELD (2010-154)
TETHYS FLYBY (2010-154)
RHEA FLYBY (2010-154)
DUSK MAGNETOSPHERE OBSERVATION (2010-155 to 2010-156)
TITAN FLYBY (2010-155 to 2010-156)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2010-156 to 2010-159)
SOLAR WIND AURORAL OBSERVATION (2010-159 to 2010-165)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2010-165 to 2010-167)
DUSK MAGNETOSPHERE OBSERVATION (2010-167 to 2010-169)
MAGNETOSPHERE/SATELLITE OBSERVATION (2010-169 to 2010-170)
INTERNAL FIELD (2010-170)
MAGNETOSPHERE/SATELLITE OBSERVATION (2010-170 to 2010-171)
No data; BIU sick (2010-170T06:39 to 2010-171T07:18)
DUSK MAGNETOSPHERE OBSERVATION (2010-171 to 2010-172)
TITAN FLYBY (2010-171 to 2010-172)
MAGNETOSPHERIC BOUNDARY OBSERVATION (2010-172 to 2010-183)
ENCELADUS AURORAL FOOTPRINT OBSERVATION (2010-183 to 2010-186)
INTERNAL FIELD (2010-186)
TITAN FLYBY (2010-187 to 2010-188)
data patchy due to lack of playback at DSS-43
(2010-188T09:06 to 2010-189T01:10)
INTERNAL FIELD (2010-205 to 2010-206)
LOW LATITUDE APOAPSIS OBSERVATION (2010-207 to 2010-223)
ENCELADUS FLYBY (2010-225 to 2010-226)
INTERNAL FIELD (2010-225 to 2010-226)
Science data averaging incorrect. Housekeeping OK. Due to CDS SW
checkouts (10-230T17:45 to 10-231T02:45)
(10-231T17:30 to 10-232T02:30)
(10-232T17:30 to 10-233T02:30)
INTERNAL FIELD (2010-245 to 2010-246)
INTERNAL FIELD (2010-265 to 2010-266)
TITAN FLYBY (2010-267)
data gap due to rain at DSS-43
(2010-274T18:25 to 2010-275T04:46)
data patchy due to rain at DSS-45
(2010-285T04:47 to 2010-285T15:25)
data patchy due to bad weather at DSS-43
(2010-287T16:26 to 2010-285T17:58)
INTERNAL FIELD (2010-289)
data gap due to subreflector positioning problems at DSS-63
(2010-299T07:34 to 2010-299T11:45)
No data while spacecraft in safing mode
(2010-306T21:29 to 2010-314T15:06)
data patchy due to problems acquiring lock at DSS-14
(2010-314T18:20 to 2010-314T22:16)
TITAN FLYBY (2010-315)
No data; BIU sick (2010-319T17:44 to 2010-321T22:31)
No data; BIU sick (2010-322T13:20 to 2010-324T16:53)
INTERNAL FIELD (2010-334)
ENCELADUS FLYBY (2010-334)
data gap due to lost pass due to LNA problems at DSS-14
(2010-337T12:35 to 2010-339T18:50)
INTERNAL FIELD (2010-354)
ENCELADUS FLYBY (2010-354 to 2010-355)
data patchy due to recorder positioning problems at DSS-55
(2011-001T20:55 to 22:24)
data patchy due to pointing problems at DSS-14
(2011-009T23:23 to 2011-010T02:06)
INTERNAL FIELD (2011-010)
data gap due to pointing problems at DSS-14
(2011-011T03:43 to 04:15)
RHEA FLYBY (2011-011)
data gap due to electrocuted rat-based power outage at DSS-45
(2011-024T08:49 to 2011-025T14:21)
INTERNAL FIELD (2011-030 to 2011-031)
No data; BIU sick (2011-040T17:32 to 2011-042T01:02)
MAPS CAKE (2011-033 to 2011-048)
TITAN FLYBY (2011-049)
MAPS PIE (2011-050 to 2011-051)
MAPS PIE (2011-052)
data gap due to receiver dropped at DSS-25
(2011-059T11:15 to 15:47)
data gap due to positioning problems at DSS-14
(2011-060T10:38 to 15:44)
No data; BIU sick (2011-068T00:12 to 2011-070T07:08)
data gap due to antenna to brake at DSS-14
(2011-072T01:57 to 04:33)
data gap due to dropped sync for unknown reason at DSS-14
(2011-076T20:27 to 2011-077T01:01)
MAPS CAKE (2011-081 to 2011-093)
MAPS CAKE (2011-093 to 2011-106)
MAPS PIE (2011-106)
MAPS PIE (2011-107)
data gap due to connection engine failure at DSS-14
(2011-107T04:57 to 2011-077T05:41)
TITAN FLYBY (2011-109)
TITAN FLYBY (2011-128 to 2011-129)
data gap due to rain and antenna pointing problem at DSS-14
(2011-128T10:28 to 2011-128T11:14)
data gap due to antenna declared red at DSS-14
(2011-131T03:19 to 2011-131T13:35)
data gap due to high winds at DSS-14
(2011-145T18:11 to 2011-145T20:06)
data gap due to high winds at DSS-14
(2011-146T01:36 to 2011-146T02:26)
data gap due to high winds at DSS-14
(2011-170T00:07 to 2011-170T00:40)
TITAN FLYBY (2011-171)
INTERNAL FIELD (2011-191)
INTERNAL FIELD (2011-213)
data gaps due to mechanical problems and repair at DSS-14
(2011-220T03:16 to 10:30)
(2011-222T13:03 to 17:20)
(2011-222T22:33 to 2011-223T02:21)
(2011-224T12:30 to 17:20)
(2011-224T19:35 to 2011-225T02:21)
(2011-225T15:46 to 2011-226T23:34)
data gap due to S-band window failure at DSS-43
(2011-228T07:59 to 14:11)
data gap due to rain at DSS-65
(2011-232T19:05 to 21:53)
INTERNAL FIELD (2011-235)
data gap due to antenna declared red at DSS-14
(2011-235T18:31 to 2011-236T04:48)
data gap due to antenna problem at DSS-25
(2011-250T12:56 to 14:22)
TITAN FLYBY (2011-254 to 2011-255)
ENCELADUS AURORAL FOOTPRINT PIE (2011-256)
INTERNAL FIELD (2011-256 to 2011-257)
ENCELADUS FLYBY (2011-274)
INTERNAL FIELD (2011-274)
data gap due to bad weather at DSS-43
(2011-279T02:57 to 05:16)
ENCELADUS FLYBY (2011-292)
INTERNAL FIELD (2011-292)
ENCELADUS FLYBY (2011-310)
INTERNAL FIELD (2011-310)
MAPS CAKE (2011-312 to 2011-315)
MAPS CAKE (2011-316 to 2011-327)
data gap due to pointing problems at DSS-43
(2011-320T00:23 to 03:03)
data gap due to rain at DSS-43
(2011-322T07:38 to 08:23)
MAPS PIE (2011-327)
INTERNAL FIELD (2011-328)
MAPS PIE (2011-328 to 2011-329)
ENCELADUS AURORAL FOOTPRINT OBSERVATION (2011-345)
INTERNAL FIELD (2011-345 to 2011-346)
DIONE FLYBY (2011-346)
TITAN FLYBY (2011-347 to 2011-348)
data gap due to USO anomaly on Cassini
(2011-357T00:50 to 18:47)
data gap due to USO anomaly on Cassini
(2011-357T22:37 to 2011-359T08:48)
TITAN FLYBY (2012-002)
data gaps due to dropped sync due to rain at DSS-43
(2012-006 00:46 to 01:00)
(2012-006 08:08 to 10:39)
data gaps due to antenna going to brake at DSS-65
(2012-011 17:25 to 18:40)
(2012-011 21:26 to 21:34)
data gap due to heavy rain at DSS-43
(2012-024 20:57 to 22:57)
data gaps to to heavy rain and transmitter trip at DSS-43
(2012-028 01:27 to 05:43)
(2012-028 05:48 to 09:10)
TITAN FLYBY (2012-030)
data patchy due to high winds/excessive R/S errors at DSS-63
(2012-033 00:14 to 23:59)
TITAN FLYBY (2012-050)
INTERNAL FIELD (2012-052)
MAPS CAKE (2012-054 to 2012-063)
MAPS CAKE (2012-063 to 2012-068)
INTERNAL FIELD (2012-069 to 2012-070)
data gap due to downlink start/antenna halt before scheduled AOS at DSS-63
(2012-077 05:32 to 09:34)
(2012-077 09:38 to 09:42)
ENCELADUS FLYBY (2012-087)
INTERNAL FIELD (2012-087 to 2012-088)
ENCELADUS FLYBY (2012-105)
INTERNAL FIELD (2012-105)
data gaps due to antenna stopped at AOS at DSS-14
(2012-110 03:18 to 2012-111 10:48)
data gaps due to DSS-15 azimuth brake problem
(2012-120 06:20 to 06:52)
(2012-120 08:11 to 08:14)
(2012-120 09:26 to 09:29)
ENCELADUS FLYBY (2012-123)
INTERNAL FIELD (2012-123)
MAPS CAKE (2012-125 to 2012-135)
MAPS CAKE (2012-135 to 2012-140)
INTERNAL FIELD (2012-141)
TITAN FLYBY (2012-142)
data gap due to late AOS at DSS-55 on day 156
(2012-152 22:35 to 2012-153 00:15)
INTERNAL FIELD (2012-157)
TITAN FLYBY (2012-158)
data gap due to end of track on day 167 and not picked up on successive
days
(2012-167 11:00 to 12:58)
data gaps due to DSS-63 antenna pointing problem
(2012-170 05:42 to 15:18)
data gaps due to DSS-14 antenna to brake
(2012-174 10:57 to 22:21)
(2012-175 10:19 to 16:13)
(2012-176 03:04 to 19:51)
(2012-177 02:49 to 15:04)
(2012-178 00:09 to 00:39)
MAPS CAKE (2012-183 to 2012-204)
data gap due to DSS-43 failed to lock telemetry
(2012-185 04:07 to 12:30)
patchy data due to heavy rain at DSS-43
(2012-190 11:24 to 2012-192 12:19)
data gap due to DSS-14 antenna halt
(2012-196 09:25 to 11:54)
TITAN FLYBY (2012-206 to 2012-207)
data gap due to rain at DSS-14
(2012-230 13:41 to 16:28)
data gap due to DSS-14 antenna problems
(2012-233 17:34 to 2012-234 23:27)
No data; BIU sick (2012-267 09:17 to 2012-269 18:43)
TITAN FLYBY (2012-270)
data gap due to rain at DSS-63
(2012-270 17:10 to 23:47)
No data; all instruments off (2012-293 20:14 to 2012-303 07:01)
data gap due to subreflector problems at DSS-63
(2012-304 20:51 to 23:09)
data gap due to transmitter trip at DSS-14
(2012-314 15:30 to 17:43)
data gap due to failed playback from SSR
(2012-318 07:32 to 09:50)
TITAN FLYBY (2012-318)
data gap due to failed playback from SSR
(2012-318 10:52 to 12:17)
(2012-319 00:23 to 06:30)
data gap due to rain at DSS-45
(2012-330 21:14 to 23:14)
TITAN FLYBY (2012-334)
data gap due to data degradation at DSS-45
(2012-335 20:28 to 22:03)
(2012-337 01:13 to 02:46)
data gap due to antenna to halt at DSS-14
(2012-343 06:46 to 07:41)
data gap due to dropped sync at DSS-14
(2012-351 14:53 to 16:01)
No data; BIU sick (2012-359 10:18 to 2012-362 19:30)
data gap due to TLM lock problem at DSS-14
(2013-011 00:00 to 01:33)
TITAN FLYBY (2013-048)
RHEA FLYBY (2013-068)
SATURN AURORAL OBSERVATION (2013-079)
data gap due to sub-reflector failure at DSS-14
(2013-079 20:55 to 2013-080 00:27)
VERTICAL PROFILE OBSERVATION (2013-080 to 2013-081)
TITAN FLYBY (2013-095)
SATURN AURORAL OBSERVATION (2013-110)
SATURN AURORAL OBSERVATION (2013-111)
VERTICAL PROFILE OBSERVATION (2013-111 to 2013-112)
data patchy due to heavy rain at DSS-63
(2013-134 02:34 to 05:55)
SATURN AURORAL OBSERVATION (2013-139 to 2013-140)
VERTICAL PROFILE OBSERVATION (2013-140)
TITAN FLYBY (2013-143)
No data; BIU sick (2013-146 17:55 to 2013-148 03:04)
data gap due to recorder positioning errors at DSS-34
(2013-148 07:17 to 09:00)
data gap due to cooling problem on low-noise amplifier at DSS-14
(2013-158 00:44 to 21:34)
data gap due to antenna pointing errors at DSS-43
(2013-168 23:38 to 2013-169 04:43)
data gap due to rain at DSS-43
(2013-174 13:29 to 18:23)
TITAN FLYBY (2013-191)
data gap due to blown fuse in X-band cooling system at DSS-15
(2013-195 10:25 to 11:41)
TITAN FLYBY (2013-207)
TITAN FLYBY (2013-255)
data patchy due to rain at DSS-45
(2013-258 02:35 to 14:30)
TITAN FLYBY (2013-287)
data gap due to last hour of DSS-14 pass given to GSSR
(2013-293 22:29 to 23:29)
SATURN TAIL CROSSING PIE OBSERVATION (2013-301 to 2013-309)
data patchy due to solar conjunction/rain at DSS-43
(2013-309 17:18 to 2013-315 12:11)
TITAN FLYBY (2013-334 to 2013-335)
TITAN FLYBY (2014-001 to 2014-002)
data gap due to first part of DSS-43 pass given to MOM
(2014-010 22:05 to 2014-011 12:09)
No data; BIU sick (2014-031 01:41 to 19:21)
TITAN FLYBY (2014-033)
TITAN FLYBY (2014-065)
data gap due to late AOS at DSS-25
(2014-082 14:13 to 2014-082 20:10)
TITAN FLYBY (2014-097)
data gap due to late AOS as DSS-14 antenna was declared RED
(antenna servo drives)
(2014-108 12:31 to 2014-109 01:03)
data gap due to DSS-14 pass on day 128 cancelled due to
antenna logic controller failure
(2014-127 11:01 to 2014-129 11:01)
No data; BIU sick (2014-134 13:14 to 2014-136 11:04)
TITAN FLYBY (2014-137)
TITAN FLYBY (2014-169)
TITAN FLYBY (2014-201)
TITAN FLYBY (2014-233)
data patchy due to rain at DSS-45
(2014-236 16:15 to 2014-237 09:48)
data gaps due to DSS-14 antenna to Brake problems
(2014-251 16:51 to 2014-251 21:19)
data gap due to tracking gap DSS-14 - DSS15
(2014-254 11:59 to 2014-254 12:37)
data gaps due to 7hrs of DSS-15 track on day 256 given to DAWN which
was in safe mode
(2014-254 22:48 to 2014-255 11:14)
(2014-256 17:13 to 2014-256 22:06) - HK only
TITAN FLYBY (2014-265)
SATURN AURORAL OBSERVATION (2014-275 to 2014-277)
data gap due to DSS-43 track given to STEREO-B due to its s/c emergency
(2014-284 07:02 to 16:00)
(2014-287 19:40 to 2014-288 11:24)
(2014-288 15:29 to 21:50)
data gap due to DSS-43 track partially given to STEREO-B for triage
followed by heavy rain and hail
(2014-295 06:29 to 2014-296 01:46)
TITAN FLYBY (2014-297)
data gap due to DSS-43 track given to STEREO-B for triage
(2014-302 00:06 to 2014-303 08:25)
data patchy due to 3.5 hrs of DSS-43 track given to STEREO-B for triage
(2014-306 02:13 to 2014-307 11:34)
data patchy due to rain at DSS-43
(2014-331 16:29 to 19:40)
VERTICAL PROFILE OBSERVATION (2014-341)
data gap due to antenna to brake at DSS-43
(2014-341 23:57 to 2014-342 01:33)
data gap due to DSCC power failure at DSS-43
(2014-343 13:25 to 13:57)
TITAN FLYBY (2014-344)
data gap due to recorder problems at DSS-14
(2014-351 02:13 to 03:13)
data gap due to dropped sync at DSS-35
(2014-358 20:30 to 21:39)
TITAN FLYBY (2015-011)
SATURN AURORAL OBSERVATION (2015-030 to 2015-032)
TITAN FLYBY (2015-043)
No data; BIU sick (2015-058 06:51 to 2015-059 17:05)
TITAN FLYBY (2015-075)
data gap due to heavy rain at DSS-45
(2015-096 06:31 to 09:59)
data gap due to end of track lost at DSS-43
(2015-121 16:39 to 18:46)
TITAN FLYBY (2015-127 to 2015-128)
MAPS PIE (2015-129)
INTERNAL FIELD (2015-129)
MAPS PIE (2015-130)
INTERNAL FIELD (2015-148)
data gap due to emergency maintenance at DSS-43
(2015-151 13:12 to 17:40)
data gap due to emergency maintenance at DSS-43
(2015-152 01:29 to 08:39)
No data; BIU sick (2015-167 18:35 to 2015-168 09:28)
INTERNAL FIELD (2015-167)
MAPS CAKE (2015-169 to 2015-185)
MAPS PIE (2015-185 to 2015-186)
MAPS PIE (2015-186 to 2015-187)
data gap due to no acquisition of signal for 52 mins at DSS-43
(2015-187 11:31 to 17:22)
TITAN FLYBY (2015-188)
data patchy due to heavy rain at DSS-45
(2015-192 01:53 to 09:24)
MAPS PIE (2015-208)
data gap due to antenna failure at DSS-45
(2015-224 02:20 to 09:10)
DIONE FLYBY (2015-229)
data patchy due to heavy rain at DSS-45
(2015-234 13:15 to 2015-235 03:30)
TITAN FLYBY (2015-271 to 2015-272)
INTERNAL FIELD (2015-273)
ENCELADUS FLYBY (2015-287)
INTERNAL FIELD (2015-287)
data gap due to heavy rain at DSS-43
(2015-292 13:23 to 15:02)
INTERNAL FIELD (2015-301)
ENCELADUS FLYBY (2015-301)
data patchy due to rain at DSS-43
(2015-303 09:20 to 11:30)
MAPS CAKE (2015-303 to 2015-313)
data gap due to entire DSS-15 pass loss due to antenna failure
(2015-311 20:05 to 2015-312 08:25)
data gap due to rain and hail at DSS-45
(2015-312 17:01 to 19:35)
MAPS CAKE (2015-303 to 2015-313)
MAPS PIE (2015-314)
MAPS PIE (2015-315)
data gap due to rain at DSS-43
(2015-315 05:31 to 06:13)
(2015-315 07:41 to 07:48)
TITAN FLYBY (2015-317)
INTERNAL FIELD (2015-327 to 2015-328)
data gap due to rain at DSS-43
(2015-328 13:57 to 16:58)
data gap due to red maser selection at DSS-43
(2015-328 19:21 to 2015-329 06:09)
INTERNAL FIELD (2015-340 to 2015-341)
data patchy due to rain at DSS-45
(2015-346 20:59 to 2015-347 04:01)
No data; BIU sick (2015-353 00:29 to 2015-354 01:59)
MAPS PIE (2015-365)
No data; BIU sick (2016-001 09:59 to 2016-003 00:48)
MAPS CAKE (2016-003 to 2016-010)
MAPS CAKE (2016-011 to 2016-013)
INTERNAL FIELD (2016-014)
TITAN FLYBY (2016-015 to 2016-016)
data gap due to DSS-43 receiver interface problems
(2016-021 21:15 to 2016-022 01:47)
data gaps due to DSS-45 DCD failure and early end of track
(2016-022 03:32 to 2016-022 20:40)
(2016-022 21:01 to 2016-023 00:27)
data gap due to DSS-35 X-HEMT failure
(2016-025 01:31 to 2016-026 01:32)
INTERNAL FIELD (2016-030)
TITAN FLYBY (2016-031 to 2016-032)
data gap due to DSS-43 sub-reflector problems
(2016-035 19:24 to 2016-036 00:27)
INTERNAL FIELD (2016-045 to 2016-046)
MAPS PIE (2016-046)
TITAN FLYBY (2016-047 to 2016-048)
data gaps due to DSS-25 antenna problems
(2016-061 05:12 to 2016-061 14:21)
(2016-061 19:17 to 2016-061 20:57)
data gaps due to DSS-43 HEMT failure
(2016-065 03:13 to 2016-065 14:07)
(2016-065 19:02 to 2016-065 20:08)
data gap due to DSS-43 HEMT failure
(2016-066 09:49 to 2016-068 12:18)
data patchy due to DSS-43 HEMT failure and rain
(2016-068 13:52 to 2016-070 14:31)
TITAN FLYBY (2016-095)
TITAN FLYBY (2016-127)
data gap due to shortened track over DSS-63 on doy 148
(2016-146 16:11 to 2016-146 23:25)
MAPS PIE (2016-157)
data spike due to a corrupted packet generated during the SEU
reset at 22:55:29
(2016-159 09:21:43)
HK and science data corrupted or missing due to SEU reset and
subsequent data policing
(2016-159 22:34 to 2016-166 16:29)
TITAN FLYBY (2016-159)
MAPS PIE (2016-181)
data gap due to late AoS at DSS-35 on doy 202
(2016-202 04:44 to 08:09)
TITAN FLYBY (2016-207)
TITAN FLYBY (2016-223)
MAPS PIE (2016-232 to 2016-233)
No data; BIU sick (2016-234 07:22 to 2016-236 16:46)
data gap due to DSN time ceded to STEREO-B for spacecraft emergency ops
(2016-249 09:24 to 2016-250 01:44)
No data; BIU sick (2016-250 18:54 to 2016-254 04:37)
No data; BIU sick (2016-262 10:31 to 2016-263 22:13)
TITAN FLYBY (2016-271)
MAPS CAKE (2016-273 to 2016-275)
MAPS VERTICAL PROFILE (2016-277)
MAPS ORSAURORA (2016-278)
MAPS VERTICAL PROFILE (2016-316)
MAPS PIE and ORSAURORA (2016-316)
TITAN FLYBY (2016-318 to 2016-319)
INTERNAL FIELD (2016-324)
INTERNAL FIELD (2016-332)
TITAN FLYBY (2016-334 to 2016-335)
INTERNAL FIELD (2016-339)
INTERNAL FIELD (2016-346 to 2016-347)
data gap due to TLM glitchy at DSS-43
(2016-347 09:34 to 12:13)
data gap due to heavy rain at DSS-14
(2016-351 03:38 to 08:07)
data patchy due to heavy rain at DSS-14
(2016-351 13:43 to 20:49)
INTERNAL FIELD (2016-353 to 2016-354)
INTERNAL FIELD (2016-360 to 2016-361)
data gap due to failed LNA at DSS-15
(2017-002 02:46 to 03:32)
INTERNAL FIELD (2017-001 to 2017-002)
INTERNAL FIELD (2017-009)
INTERNAL FIELD (2017-016)
INTERNAL FIELD (2017-023)
INTERNAL FIELD (2017-030 to 2017-031)
EPIMETHEUS FLYBY (2017-030)
INTERNAL FIELD (2017-037 to 2017-038)
data gap due to DSS-43 pass truncated for New Horizons safing
(2017-041 01:22 to 03:30)
INTERNAL FIELD (2017-044 to 2017-045)
data patchy due to rain at DSS-14
(2017-049 00:52 to 03:02)
INTERNAL FIELD (2017-052)
INTERNAL FIELD (2017-059)
INTERNAL FIELD (2017-066 to 2017-067)
data gap due to rain at DSS-43
(2017-071 06:00 to 16:32)
anomalous data spike due to MAG instrument warm reset on doy 072
(2017-071 18:21)
data patchy due to instrument at wrong rate/data policing after reset
(2017-072 02:14 to 2017-075 21:22)
INTERNAL FIELD (2017-073 to 2017-074)
INTERNAL FIELD (2017-080 to 2017-081)
INTERNAL FIELD (2017-087 to 2017-088)
No data; BIU sick (2017-090 22:27 to 2017-091 16:33)
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