ACE TELEMETRY DOWNLINK AND RECORD FORMATS
Updated 2/13/96
Created and updated by R. F. Conde (JHU/APL) 301-953-5000 x8876
Posted on APL internal network in J:\ace\c&dh\formats\tlmlstl.xls and on Internet via APL ACE Web Page along with other format spreadsheets
Document Description:
"This document tabulates several pieces of information. It lists all the telemetry information that is collected by each C&DH component. The telemetry data is listed by interface type, from science serial digital interfaces through PT103 thermistor chann"
"channels. Column A indicates the contact for the channel. Column B indicates the telemetry parameter name. Each telemetry channel is actually implemented as two separate outputs, one connected to C&DH A, and the other to C&DH B, unless that channel is "
"is only connected to one C&DH component. Column C indicates the channel id for the channel, which determines the actual C&DH component pin and connector the channel is wired to. Column D the number of interfaces assigned to that parameter. Columns E t"
through J indicate the number of bits of each parameter that are present in each of the formats. Changes made to the telemetry list are listed in the beginning of the document.
Changes:
References to Mag IFB Removed
Add 0-50mV channels for heater currents ? baseline 4 for now
"3/9/93 Add Baseband #1, #2 to 0-50 mV Interfaces"
"3/10/93 Update instrument analog telemetry, update sun sensor requirements"
"3/10/93 Formats reduced - Low Rate HSKP includes Sun Sensor, Accelerometer; Low Rate Dump removes accelermeter, replaces with dump data"
3/10/93 Reflect deltas due to combined C&DH
"3/16/93 Add ADC Formats, remove accel, sun sensor formats, remove redundant subsystem select interfaces"
3/16/93 Update power system electronics name in AD590 section
3/30/93 Reduce star camera full allocation to 640 bits per major frame
4/6/93 Combined Command Component and Data Handling Component Allocations
"4/12/93 Add SWIMS Cover Open Telltale, breakout SWEPAM from New DPU"
4/20/93 Changed name from Baseband Component to Pre-Mod Conditioner
4/21/93 Separated SWEPAM Ion and Electron Currents
"4/21/93 Went from 4 to 6 heater currents, gave them names"
4/21/93 + 28V Regulated Bus Voltage renamed Main Bus Voltage
4/22/93 Increased star camera allocation in ADC formats to 1024 bits per major frame from 640 bits per major frame
4/27/93 Added Real Time Solar Wind Current
4/27/93 Changed names: PSE B Control Current to PSE B Control Converter Current
4/27/93 Changed name: Solar Wind DPU to New DPU
4/27/93 Added separate SWEPAM Ion and Electron science serial digital channels
4/30/93 Removed CLCW and C&DH housekeeping from serial digital interface count
4/30/93 Added Total Observatory Current as 0-5V Channel and Main Bus Current as 0-50mV channel
4/30/93 Delete Regulated Bus Current + Cmd Bus Current from 0-5V channel
5/7/93 Separated SWEPAM (E) and (I) Thermistor Requirements
"5/10/93 Add SWICS & SWIMS 30kV Monitor, delete 4 ULEIS digital telltales, delete 3 of 4 ULEIS 0-5V channels, add 2 ULEIS 0-50 mV channels"
5/10/93 Note that SIS and CRIS current include Detector Bias Current
5/11/93 Only include heater current for battery heater; add Total Observatory Current to 0-5V Channel
5/24/93 Changed RF Aux Osc On/Off to RF Aux Osc #2 On/Off under digital telltales; added on off to Transmitter #2 tlm input #1 and #2
5/24/93 Add 32 bits for C&DH status from inactive side
6/7/93 CRIS and SIS dropped to 2 AD590 channels each
6/7/93 SWEPAM(E) and SWEPAM(I) each added 2 5V analog channels
6/7/93 Added names to EPAM 0-5V Analogs and Thermistors
6/8/93 Remove CRIS/SIS cover telltales
6/8/93 Added 2 more power switching regulator voltages (0-5V)
6/10/93 Added Spacecraft and Instrument Deck Temperatures
6/10/93 Delete extra Total Observatory Current Channel
6/10/93 Delete RTSW 0-5V Channel (0-5V)
6/10/93 Delete CRIS/SIS 0-5V Channels (4 total)
"6/10/93 Remove Separation Switch TTs, Solar Panlel and Boom Deplyoment TTs from Default format, leave in some other formats"
6/10/93 Add S^3 DPU AD590 Channel
6/10/93 Reduce number of programmable 8-bit telemetry channels from 2 to 1; resulted in increase in housekeeing to 176 bits per second
6/10/93 Command Link Control Word moved out of housekeeping section and into header section
"6/16/93 Delete the following tlm from each transponder: aux osc on/off, tlm input #1 on/off, tlm input#2 on/off digital telltales"
6/16/93 Do not cross strap the following transponder tlm: RF Ranging Channel #1 On/Off and Mod Index Hi/Lo telltales; transmitter power supply temp;
6/18/93 Add transponder auxilliary oscillator on/off telltale; do not cross-strap
RF Power Amp temp; transmitter power supply temp; Transmitter RF Power Level
7/7/93 Add info to sun sensor electronics entry
7/9/93 Added an AD590 for Master Oscillator in C&DH Component
7/15/93 Main Bus Current identified as a low priority telemetry parameter
7/23/93 Name changes for several currents; indicated which currents are on Cmd Bus; no new currents added
7/23/93 Added Command Bus Voltage
7/28/93 Nomenclature Change: Cmd Bus and Main Bus now Fused Bus and Unfused Bus
7/28/93 Current Sense Resistors added to S/C Survival Heater and Instr. Survival Heater on Fused Bus
"8/10/93 Corrected typos for transponder telemetry (#1,#2 to A,B; corrected coax sw state designations)"
8/16/93 Change names of some of power subsytem telemetry
"8/23/93 Magnetometer DPU A, DPU B, and heater currents all summed into one 50 mV channel; delete one 50 mV channel"
"9/2/93 Deleted High Rate Memory Dump, Re-named Standard Rate Mem Dump just Mem Dump"
9/3/93 Deleted Low Rate Memory Dump Format; space will be reserved in Low Rate Default Format for Memory Dumps
Star Camera data deleted from Low Rate Default Format to make room for memory dump data
9/23/93 Changed Sun Pulse time tag from 38 bits to 14 bits. Only include subsecond count in time tag; second count
already tagging start of frame
"10/8/93 Identify Catalyst Bed sensors as thermocouples, not thermistors"
"10/13/93 Power Subsystem changes - Add 4 remote relay telltales; delete PSE B Regulator Converter I, PSE Protection Converter I, "
" Thruster Bus I, Half Battery Voltage, PSE A Control Converter Current, PSE B Control Converter I, Solar Array #1,2,3,4 I"
" Add Power Subsystem Primary Processor & Redundant Processor Serial Digitals, each 120 bits long, in place of 1 serial digital 168"
bits long
11/9/93 Added # interfaces planned on ACE/NEAR Data Collection Board at end
11/12/93 Move 8 bits/sec of serial digital from SIS to EPAM
11/15/93 Broke up digital telltales into digital telltales - switch and digital telltales - logic
"12/2/93 Delete 12 thruster thermocouples, convert remaining 20 propulsion temps to PT103"
"12/6/93 Propulsion latch valves - Normally Open contact to C&DH side A, Normaly Closed contact to C&DH side B"
12/6/93 Added 2 SWEPAM 0-5V Channels - missed earlier
"12/8/93 Separation switches - one dedicated to C&DH A, other to B; interface does not use a standard dig tt input, uses special I/F"
"12/17/93 Move minor frame header into packet header, get more spare bits - still need formal acceptance"
1/5/94 Added subcom names for SWEPAM(E) and (I) 0-5V subcommed channels
"1/6/94 Added back minor frame header field, change not accepted by GSFC; delete SSR B status in Low Rate ADC format "
1/17/93 Added two 0-50mV channels: EPAM and ULEIS heater currents
1/17/93 Corrected minor frame header allocation in low rate formats
"1/17/93 Added C&DH Bin, Memory Dumps to format headings"
1/18/94 Accelerometer changed from serial digital at 192 bits per second to 0-5V analog sampled 7 times
"1/18/94 Added sections showing division of serial digitals between data collection state machines, collection times"
1/20/94 Added 3 spare serial digitals with 32 bits of collected data each
1/20/94 Reduction in accelerometer allocation allowed restoration of full housekeeping (except mem dump) in Low Rate ADC format
1/24/94 Acclerometers have been deleted; remove 0-5V & 0-50mV interfaces
1/24/94 Add Unfused Bus Heater current to 0-50mV interfaces
1/25/94 Split of science data allocation between Swepam Ion and Electron changed
2/3/94 Increase sun sensor sampling to 11 times per second in ADC formats
2/15/94 Left out interface count (1) for Unfused Bus Heater Current
"2/22/94 Deleted Thruster #11, #12 temperatures, added 0-50mV channels for 2 pressure transducers"
"2/23/94 Convert propulsion tank, line temps from PT103s to AD590s"
"3/1/94 Delete RTSW AD590 channels (2), current, Serial Digital"
"3/2/94 Add 5 thruster thermocouples on 0-50mV channels. Assume 5 to C&DH A, 5 to C&DH B"
"3/4/94 Update instrument AD590 requirements: SWIMS from 3 to 1, Sepica from 2 to 1, SWEPAM (E) and (I) delete 1 interface temp"
"each, SSSDPU from 1 to 2"
3/9/94 Add Cover Telltales for SWICS and Sepica; change allocation of data between SWEPAM Ion and Electron
"3/10/94 Delete References to Fused Bus; delete Unfused, Fused Bus Voltages, add Main Bus Voltage"
3/10/94 Add Instrument Operate-I/F Heater Current
3/11/94 Moved EPAM thermistors into 0-5V channel listing
3/15/93 Bit allocation for separation telltales deleted; already in C&DH housekeeping allocation
"3/15/94 Increase allocation of each data recorder to 144 bits, each power subsystem processor to 128 bits"
3/22/94 Corrected Data Collection Machine #1 total collected bits - one serial digital spare not included
3/23/94 Added channel id
3/25/94 Added explicit spare channel list
"3/29/94 Delete Unfused Bus Heater Current, add Spacecraft Operational Heater Current"
3/29/94 Change Battery Heater Current to Battery Heater A&B Current
3/29/94 Delete Instruemnt Survival Heater Current (all now connected to box power return resistor)
"3/29/94 Add Axial Cat Bed Heater Current, Radial Cat Bed Heater Current, Prop Prim & BU Heater Current"
3/29/94 Increase Power Switching Telltale Serial Digital to 112 bits from 96 bits
3/30/94 Added Contact for each telemetry parameter
4/1/94 Separate Propulsion Primary and Backup Heater Current into 2 separate channels
4/1/94 Remove thruster thermocouples from Default Format
"4/7/94 Sum together transponder and pre-mod conditioner current for Side A, separate for Side B"
4/7/94 Sum together currents for 2 pressure transducers
"4/7/94 Put 10 thermocouples on side A, 0 on side B"
4/7/94 The following changes are from J. Maynard's memo (S3M-4-169A):
"Delete as AD590's, add as PT103's"
"+X/+Y Side Panel - C&DHC B, Pwr Sw Comp Temp"
"-X/-Y Side Panel - C&DHC A, Ord Fire Comp Temp"
"-X Side Panel - Sun Sensors, Star Camera Temp"
"+Y Side Panel - Data Recs, Pwr Shunt, Damper Temp"
5 Spacecraft Temperatures
New PT103 Channels
+X Side Panel #1
+X Side Panel #2
+Y/-X Side Panel #1
+Y/-X Side Panel #2
+Y Side Panel #2
+X/+Y Side Panel #2
-X Side Panel #1
-X Side Panel #2
-X/-Y Side Panel #2
-Y Side Panel #1
-Y Side Panel #2
-Y/+X Side Panel #1
-Y/+X Side Panel #2
+X Boom (near Mag)
-X Boom (near Mag)
"Antenna Dish #1, #2"
+Y Forward Low Gain Ant
-Y Forward Low Gain Ant
+Y Rear Low Gain Ant
-Y Rear Low Gain Ant
Mag +X Sensor Interface Temperature
Mag -X Sensor Interface Temperature
New AD590 Channels
4 Digital Power Shunt AD590's
C&DH Component A
C&DH Component B
Star Camera
Sun Sensor (-X/-Y Side)
SWEPAM(I) Interface
SWEPAM(E) Interface
SWIMS Interface Temperature
SWICS Interface Temperature
ULEIS Interface Temperature
EPAM Interface Temperature
CRIS InterfaceTemperature
SIS Interface Temperature
SEPICA Interface Temperature
Removed from Default Format only
"2 Power System Electronics temps, 6 solar panel & Hinge temps"
4/11/94 Change ADC Format so that all housekeeping is included in every frame
"4/12/94 Changed descriptions of transponder antenna switch positions, deleted thruster valve temps from default"
4/12/94 Deleted radial and axial cat bed heater currents from default
"4/13/94 Delete Main Bus Current, rename Total Observatory Current to Main Bus Current"
4/13/94 Delete Instrument Survival Heater Current
4/13/94 Rename Spacecraft Temperatures 1-5 to Aft Deck Temperatures 1-5
"4/13/94 Delete -Y Forward, +Y Rear Low Gain Antenna Temperatures, Antenna Dish #2 Temperature"
"4/14/1994 Added RTSW Format, change Default Format to Science Format, Low Rate Default to Low Rate HSKP"
4/14/94 Added PMC +5V (not cross-strapped)
"4/19/94 Delete Power Switching Component Side A, Side B, Ordnance Fire Side A, Side B +5V (4 channels total)"
"4/19/94 Delete Power Switching Side A, Side B Currents, add Power Switching Comp. Side A Current, Side B Current"
"and Ordnance Fire Component Side A, Side B Currents (delete 2, add 4)"
4/19/94 Increase amount of SWEPAM(I) serial digital data by 168 to 712 bits/sec. The addtional data is only present in the RTSW format
4/29/94 Change thruster names
5/2/94 Add 0-5V Channel for Sepica
5/6/94 Delete 0-5V Channel for Sepica; they will have S3 DPU do instead and include in its output stream
"5/6/94 The number of available serial digital channels has been reduced from 20 to 16, cutting number of spares from 5 to 1"
5/13/94 Updates made to RTSW format
6/3/94 Added packet and VCDU headers to RTSW format
6/21/94 Updated channel assignments
6/21/94 Added S3 DPU Power Converter Voltage
6/24/94 Delete extra sun sensor data from low rate housekeeping format
6/24/94 Have only one phase angle sample per frame in low rate modes
"6/24/1994 ADC format will include only Magmetometer, SIS, CRIS, SWEPAM(Ion), and EPAM science data"
6/24/94 each ADC minor frame includes one Sun Pulse Time Tag
6/24/94 Spare channels selected and included in list and formats
7/6/94 Added DCM1 or 2 to all references to spare channels to identify board the spares are on
7/11/94 Updated propulsion subsystem telemetry names for temperatures and telltales
7/28/94 Deleted SWICS and SWIMS 0-5V analog channels (2) - turned into spare channels
7/28/94 Changed names of existing SWEPAM I and E 0-5V channels (3 each)
"7/28/94 SWICS Cover Telltale deleted, S3 DPU Digital Telltale added"
7/28/94 0-50mV channel added for S^3 DPU converter secondary current (DCM1-DIF30)
"8/1/94 Added Phase Angle latched at Sun Pulse, in ADC, LRHSKP, LRMEM, LRBIN, LRADC formats; diagnostic information"
"8/22/94 Show that phase angle latched at minor frame is in RTSW format 16 times, not 1 time (format already defined correctly)"
9/8/94 Changed a spare PT103 channel (DCM1 - PT23) to Analog Shunt Panel Temperature
"9/21/94 Increase inactive C&DH status from 32 to 64 bits; delete 2 spare PT-103 channels (DCM1-PT29,30), 2 spare 0-5V channels (DCM1-SEA19,20)"
9/29/94 Change Power Subsystem contact to P. Panneton
"9/29/94 Update names for SSSDPU AD590 channels, "
10/3/94 Identify Sepica Internal Temperature as Iso-Butane Tank Temperature
10/10/94 Change name of S3 DPU Digital Telltale
"10/11/94 Changes to RTSW format: added CLCW, 16 samples of selectable tlm byte"
10/11/94 Changed definition of minor frame header fields in formats
10/12/94 Clarified definitions of latched phase angles and sun pulses
12/15/94 Converted 2 spare 50mV channels to Power Processor Subsystem A and B currents
"12/15/94 Format change - reduced memory/bin dumps by 16 bits per minor (256 per major) frame, added in phase angle latched at sun pulse"
1/5/95 Use spare AD590 channel for Terminal Board #1/Fuse Temperature
1/5/95 Use spare 50mV channel for Axial Thruster Current
1/11/95 Use 2 spare digttsw channels to add mag boom stowed telltales
1/24/95 Add C&DH A and B designations to propulsion latch valve telltales
"1/26/94 Deleted 4 spare channels (DCM1 - SEA #14,15 and DCM1 - PT103 # 25,26; added phase angle latched at sun pulse to Science Format"
1/26/95 Add S3DPU Power Converter Select TT to DCM1 - DIGTTSW-13; move S3DPU Interface A/B Select to DIGTTLOG-7
"3/9/95 Deleted SEPICA Cover Tellale, added SIS Cover #1, #2 Telltales"
4/4/95 Deleted ULEIS AE HVPS 50 mV channel
4/12/95 Changed Propellant Tank Pressure #1 and #2 to Propellant Tank Pressure A and B
4/13/95 Added SEPICA Gas Valve Telltale to DCMS-Digital Telltale-Switch Channel #15
5/5/95 Deleted SIS Cover TT #2 from DCM1-DIGTTSW15; made spare
5/5/95 Rename Propellant Tank Pressure to Propellant Pressure
5/5/95 Replaced 48 bits of spare in low rate ADC format with 6 PT103 channels:
+/-Y Solar Panel & Hinge Temperatures (4 total) & +X/+Y Pnl Temp 2 & +Y/-X Pnl Temp 2
5/5/95 Renamed the following AD590 channels from to:
DCM1-AD0 PSCE Temp2 Misc Deck Temp #6
DCM1-AD1 PSDE Temp2 Misc Deck Temp #8
DCM1-AD2 +Y Digital Shunt Temp +Y Deck Temp
DCM1-AD3 -X Digital Shunt Temp -X Deck Temp
DCM1-AD4 -Y Digital Shunt Temp -Y Deck Temp
DCM2-AD4 PSCE Temp1 Misc Deck Temp #5
DCM2-AD5 PSDE Temp1 Misc Deck Temp #7
DCM2-AD6 +X Digital Shunt Temp +X Deck Temp
"6/8/95 For mag boom deployed and stowed telltales, separated out telltales for C&DH A & B because one switch used for each "
" function, with separate pole to each C&DH, so logic level is inverted to each C&DH"
8/30/95 Updated names of most temperature channels to make more descriptive; used some spare temperature channels
9/11/95 Updated names of 50mV differential channels
9/12/95 Got corrected names for some 50mV differential channels
10/4/95 Added explanations about when attitude related data is sampled
11/21/95 Move S3DPU converter B temperature from DCM1-AD23 (delete this channel) to DCM2-AD30 (in place of Instrument Deck Temp #3)
"11/21/95 Show DCM1-PT22 in ADC, Low Rate Housekeeping, Bin Dump, Memory Dump formats twice instead of once"
11/28/95 Re-specified the contents of the ADC format to make clearer what is the content of the major frame instead of the minor frame
12/5/95 Power Switching Component Currents (side A & B) now added together and split over 2 channels
12/5/95 Ordnance Fire Component Currents (side A & B) now added together and split over 2 channels
12/11/95 ULEIS survival heater current moved from DCM1-DIFA22 to DCM2-DIFA19
1/4/96 Changed name of DCM1-SEA0 & 3 per SWEPAM request
1/23/96 Interchange DCM1-AD30 (Instrument Deck Temp (TBD) #2) and DCM2-AD30 (S3DPU Power Converter B Temp)
"2/1/96 Added Transfer Frame Failure Report to ADC, LR Hskp, LR Mem Dump, and LR Bin Dump Formats"
"2/13/96 Made changes in ADC, LR ADC, RTSW, Data Collection Buffer formats to better"
define X & Y angle Sun Sensor data and to show what minor frame they (and/or other data) were collected in
"2/13/96 Added spare serial digital channel to ADC, LR Hskp, LR Bin Dump, LR Memory Dump formats in place of spare"
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Data Content of Major Frames
C&DH Bin Low Rate Bits/s in Bits/s in
& Memory "Hskp, Bin &" Low Rate Data Coll. Data Coll.
Contact Parameter Channel ID # I/F's Science ADC Dump Memory Dump ADC RTSW Machine #1 Machine #2
Science Serial Digital Channels - divide major frame bit allocation by 16 to get minor frame bit allocation
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Cloeren CRIS Data DCM2-SD0 1 7424 7424 7424 0 0 0 464
J. Cloeren SIS Data DCM2-SD1 1 31872 31872 31872 0 0 0 1992
J. Cloeren EPAM Data DCM1-SD0 1 2688 2688 2688 0 0 2688 168
J. Cloeren ULEIS Data DCM1-SD1 1 16000 0 16000 0 0 0 1000
J. Cloeren SWEPAM Ion Data DCM1-SD2 1 8704 8704 8704 0 0 2688 712
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
"Note SWEPAM Ion Data - 544 bits of 712 in Science Minor frame, other 168 of 712 in RTSW Minor frame"
J. Cloeren SWEPAM Electron Data DCM2-SD2 1 7296 0 7296 0 0 0 456
J. Cloeren S^3 DPU Data DCM1-SD3 1 25984 0 25984 0 0 0 1624
J. Cloeren Magnetometer Data DCM2-SD3 1 4864 4864 4864 0 0 768 304
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Bits per major frame 104832 55552 104832 0 0 6144
Number of interfaces required 8
HSKP Serial Digital Channels
R. Conde Active C&DH Component Hskp Data 0 384 6144 0 384 384 0
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
R. Conde Transfer Frame Failure Report 0 0 1536 0 96 0 0
R. Conde Opposite C&DH Component Hskp Data DCM1-SD4 1 64 1024 0 64 64 0 64
J. Kroutil "Power Switching, Ordnance Fire Relay Telltales" DCM1-SD5 1 112 1792 0 112 112 0 112
R. Burek Data Recorder A Hskp Data DCM2-SD4 1 144 2304 0 144 144 0 144
R. Burek Data Recorder B Hskp Data DCM2-SD5 1 144 2304 0 144 144 0 144
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
P. Panneton Power Subsystem Primary Proc. Data- 2x Major DCM2-SD6 1 128 2048 0 128 128 0 128
P. Panneton Power Subsystem Redundant Proc. Data- 2x Major DCM2-SD7 1 128 2048 0 128 128 0 128
L. Scheer Last Star Scanner Data DCM1-SD6 1 64 1024 0 64 1024 0 64
4 samples in a row from same major frame when allocated 64 bits per major frame 0
R. Conde Spare Serial Digital Data DCM1-SD7 1 0 32 0 32 0 0 32
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Data Content of Major Frames
C&DH Bin Low Rate Bits/s in Bits/s in
& Memory "Hskp, Bin &" Low Rate Data Coll. Data Coll.
Contact Parameter Channel ID # I/F's Science ADC Dump Memory Dump ADC RTSW Machine #1 Machine #2
Science Serial Digital Channels - divide major frame bit allocation by 16 to get minor frame bit allocation
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
3776 3760
Bits per major frame 1168 20224 0 1296 2128 0
Number of interfaces required 8
Memory Dump Allocations
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
R. Conde "C&DH Bin, Memory Dump Allocation" 0 0 2560 2560 0 0
Sun Angle Processing (in C&DH)
J. Hunt Phase Angle latched in collected minor frame 0 16 16 16 16 16 16
J. Hunt Phase Angle latched in collected minor frame 1 16 16 16 0 0 16
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Hunt Phase Angle latched in collected minor frame 2 16 16 16 0 0 16
J. Hunt Phase Angle latched in collected minor frame 3 16 16 16 0 0 16
J. Hunt Phase Angle latched in collected minor frame 4 16 16 16 0 0 16
J. Hunt Phase Angle latched in collected minor frame 5 16 16 16 0 0 16
J. Hunt Phase Angle latched in collected minor frame 6 16 16 16 0 0 16
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Hunt Phase Angle latched in collected minor frame 7 16 16 16 0 0 16
J. Hunt Phase Angle latched in collected minor frame 8 16 16 16 0 0 16
J. Hunt Phase Angle latched in collected minor frame 9 16 16 16 0 0 16
J. Hunt Phase Angle latched in collected minor frame 10 16 16 16 0 0 16
J. Hunt Phase Angle latched in collected minor frame 11 16 16 16 0 0 16
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Hunt Phase Angle latched in collected minor frame 12 16 16 16 0 0 16
J. Hunt Phase Angle latched in collected minor frame 13 16 16 16 0 0 16
J. Hunt Phase Angle latched in collected minor frame 14 16 16 16 0 0 16
J. Hunt Phase Angle latched in collected minor frame 15 16 16 16 0 0 16
"Note: Phase Angle latched in minor frame ""N"" is latched with Minor Frame Pulse"
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Data Content of Major Frames
C&DH Bin Low Rate Bits/s in Bits/s in
& Memory "Hskp, Bin &" Low Rate Data Coll. Data Coll.
Contact Parameter Channel ID # I/F's Science ADC Dump Memory Dump ADC RTSW Machine #1 Machine #2
Science Serial Digital Channels - divide major frame bit allocation by 16 to get minor frame bit allocation
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
R. Conde Phase Angle latched at most recent Sun Pulse 16 256 0 16 16 16
R. Conde Phase Angle latched at next to most recent Sun Pulse 16 0 16 16 16
J. Hunt "Last SP TT = 4 Mnr Frame bits, 10 subsec count bits, 2 ID bits, 8 Y-angle bits" 48 384 0 24 24 24
J. Hunt "Last-1 SP TT = 4 Mnr Frame bits, 10 subsec count bits, 2 ID bits, 8 Y-angle bits" 0 0 0 24 24 24
Note: subsecond count = ticks of a 684.75 Hz clock
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Hunt Sun Sensor X & Y-Axis Angles - 16 bits (no ID) latched at 11 Hz rate 0 2816 0 0 2816 0
Note: sun angles latched every 1/11 (90.9... ms) seconds starting at minor frame pulse
Bits per major frame 336 3712 256 96 2912 336
Data Content of Major Frames
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
C&DH Bin Low Rate Bits/s in Bits/s in
& Memory "Hskp, Bin &" Low Rate Data Coll. Data Coll.
Contact Parameter Channel ID # I/F's Science ADC Dump Memory Dump ADC RTSW Machine #1 Machine #2
Digital Telltale Channels - Switch Outputs
C. Willey +X Solar Panel Stowed Switch DCM1-DIGTTSW0 1 0 16 0 1 1 0 1
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
C. Willey +Y Solar Panel Stowed Switch DCM1-DIGTTSW1 1 0 16 0 1 1 0 1
C. Willey -X Solar Panel Stowed Switch DCM1-DIGTTSW2 1 0 16 0 1 1 0 1
C. Willey -Y Solar Panel Stowed Switch DCM1-DIGTTSW3 1 0 16 0 1 1 0 1
C. Willey +Y Mag Boom Deployed Switch - C&DH A only DCM1-DIGTTSW4 1 0 16 0 1 1 0 1
C. Willey +Y Mag Boom not Deployed Switch - C&DH B only DCM1-DIGTTSW4 0 0 0 0 0 0 0
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
C. Willey -Y Mag Boom Deployed Switch - C&DH A only DCM1-DIGTTSW5 1 0 16 0 1 1 0 1
C. Willey -Y Mag Boom not Deployed Switch - C&DH B only DCM1-DIGTTSW5 0 0 0 0 0 0 0
C. Willey +Y Mag Boom Stowed Switch - C&DH A only DCM1-DIGTTSW6 1 0 16 0 1 1 0 1
C. Willey +Y Mag Boom not Stowed Switch - C&DH B only DCM1-DIGTTSW6 0 0 0 0 0 0 0
C. Willey -Y Mag Boom Stowed Switch - C&DH A only DCM1-DIGTTSW7 1 0 16 0 1 1 0 1
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Data Content of Major Frames
C&DH Bin Low Rate Bits/s in Bits/s in
& Memory "Hskp, Bin &" Low Rate Data Coll. Data Coll.
Contact Parameter Channel ID # I/F's Science ADC Dump Memory Dump ADC RTSW Machine #1 Machine #2
Science Serial Digital Channels - divide major frame bit allocation by 16 to get minor frame bit allocation
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
C. Willey -Y Mag Boom not Stowed Switch - C&DH B only DCM1-DIGTTSW7 0 0 0 0 0 0 0
J.Tarr Prime Shunt Electronics Selected TT DCM1-DIGTTSW8 1 1 16 0 1 1 0 1
J.Tarr Redundant Shunt Electronics Selected TT DCM1-DIGTTSW9 1 1 16 0 1 1 0 1
J.Tarr Prime Charger Selected TT DCM1-DIGTTSW10 1 1 16 0 1 1 0 1
J.Tarr Redundant Charger Selected TT DCM1-DIGTTSW11 1 1 16 0 1 1 0 1
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Cloeren SWIMS Cover Telltale DCM1-DIGTTSW12 1 1 16 0 1 1 0 1
J. Cloeren S3DPU Power Converter Select TT DCM1-DIGTTSW13 1 1 16 0 1 1 0 1
J. Cloeren SIS Cover Telltale DCM1-DIGTTSW14 1 1 16 0 1 1 0 1
R. Conde DCM1 - Digital Telltale-Switch Channel #15 DCM1-DIGTTSW15 1 1 16 0 1 1 0 1
M. McCullough PS Latch Valve A1 Open - C&DH A only DCM2-DIGTTSW0 1 1 16 0 1 1 0 1
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
M. McCullough PS Latch Valve A1 Closed - C&DH B only DCM2-DIGTTSW0 0 0 0 0 0 0 0
M. McCullough PS Latch Valve A2 Open - C&DH A only DCM2-DIGTTSW1 1 1 16 0 1 1 0 1
M. McCullough PS Latch Valve A2 Closed - C&DH B only DCM2-DIGTTSW1 0 0 0 0 0 0 0
M. McCullough PS Latch Valve B1 Open - C&DH A only DCM2-DIGTTSW2 1 1 16 0 1 1 0 1
M. McCullough PS Latch Valve B1 Closed - C&DH B only DCM2-DIGTTSW2 0 0 0 0 0 0 0
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
M. McCullough PS Latch Valve B2 Open - C&DH A only DCM2-DIGTTSW3 1 1 16 0 1 1 0 1
M. McCullough PS Latch Valve B2 Closed - C&DH B only DCM2-DIGTTSW3 0 0 0 0 0 0 0
J. Colson Trpndr A antenna SW #1 to-Z Axis - C&DH A only DCM2-DIGTTSW4 1 1 16 0 1 1 0 1
J. Colson Trpndr A antenna SW #1 to SW #2 - C&DH B only DCM2-DIGTTSW4 0 0 0 0 0 0 0
J. Colson Trnpdr A antenna SW #2 to +Z - C&DH A only DCM2-DIGTTSW5 1 1 16 0 1 1 0 1
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Colson Trpndr A antenna SW #2 to Hi Gain RHC - C&DH B only DCM2-DIGTTSW5 0 0 0 0 0 0 0
J. Colson Trpndr B antenna SW #1 to -Z Axis - C&DH A only DCM2-DIGTTSW6 1 1 16 0 1 1 0 1
J. Colson Trpndr B antenna SW #1 to SW #2 - C&DH B only DCM2-DIGTTSW6 0 0 0 0 0 0 0
J. Colson Trpndr B antenna SW #2 to +Z - C&DH A only DCM2-DIGTTSW7 1 1 16 0 1 1 0 1
J. Colson Trpndr B antenna SW #2 to Hi gain LHC - C&DH B only DCM2-DIGTTSW7 0 0 0 0 0 0 0
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Data Content of Major Frames
C&DH Bin Low Rate Bits/s in Bits/s in
& Memory "Hskp, Bin &" Low Rate Data Coll. Data Coll.
Contact Parameter Channel ID # I/F's Science ADC Dump Memory Dump ADC RTSW Machine #1 Machine #2
Science Serial Digital Channels - divide major frame bit allocation by 16 to get minor frame bit allocation
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
R. Conde DCM2 - Digital Telltale-Switch Channel #8 DCM2-DIGTTSW8 1 1 16 0 1 1 0 1
R. Conde DCM2 - Digital Telltale-Switch Channel #9 DCM2-DIGTTSW9 1 1 16 0 1 1 0 1
R. Conde DCM2 - Digital Telltale-Switch Channel #10 DCM2-DIGTTSW10 1 1 16 0 1 1 0 1
R. Conde DCM2 - Digital Telltale-Switch Channel #11 DCM2-DIGTTSW11 1 1 16 0 1 1 0 1
R. Conde DCM2 - Digital Telltale-Switch Channel #12 DCM2-DIGTTSW12 1 1 16 0 1 1 0 1
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
R. Conde DCM2 - Digital Telltale-Switch Channel #13 DCM2-DIGTTSW13 1 1 16 0 1 1 0 1
R. Conde DCM2 - Digital Telltale-Switch Channel #14 DCM2-DIGTTSW14 1 1 16 0 1 1 0 1
R. Conde SEPICA Gas Valve Telltale DCM2-DIGTTSW15 1 1 16 0 1 1 0 1
Bits per Major Frame 24 512 0 32 32 0 16 16
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Number of Interfaces Required 32
Data Content of Major Frames
C&DH Bin Low Rate Bits/s in Bits/s in
& Memory "Hskp, Bin &" Low Rate Data Coll. Data Coll.
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Contact Parameter Channel ID # I/F's Science ADC Dump Memory Dump ADC RTSW Machine #1 Machine #2
Digital Telltale Channels - Logic Outputs
M. Reinhart Transponder Ranging Channel On/Off (not x-strapped) DCM1-DIGTTLOG0 1 1 16 0 1 1 0 1
M. Reinhart Transponder Transmitter Mod Index Hi/Lo (not x-strapped) DCM1-DIGTTLOG1 1 1 16 0 1 1 0 1
M. Reinhart Transponder Aux Osc On/Off (not x-strapped) DCM1-DIGTTLOG2 1 1 16 0 1 1 0 1
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
M. Reinhart Transponder A Receiver In-lock/Out-Lock DCM1-DIGTTLOG3 1 1 16 0 1 1 0 1
M. Reinhart Transponder A Transmitter On/Off DCM1-DIGTTLOG4 1 1 16 0 1 1 0 1
M. Reinhart Transponder B Receiver In-lock/Out-lock DCM1-DIGTTLOG5 1 1 16 0 1 1 0 1
M. Reinhart Transponder B Transmitter On/Off DCM1-DIGTTLOG6 1 1 16 0 1 1 0 1
R. Conde S3 DPU Interface A/B Select DCM1-DIGTTLOG7 1 1 16 0 1 1 0 1
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Data Content of Major Frames
C&DH Bin Low Rate Bits/s in Bits/s in
& Memory "Hskp, Bin &" Low Rate Data Coll. Data Coll.
Contact Parameter Channel ID # I/F's Science ADC Dump Memory Dump ADC RTSW Machine #1 Machine #2
Science Serial Digital Channels - divide major frame bit allocation by 16 to get minor frame bit allocation
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
R. Conde DCM2 - Digital Telltale-Logic Channel #0 DCM2-DIGTTLOG0 1 1 16 0 1 1 0 1
R. Conde DCM2 - Digital Telltale-Logic Channel #1 DCM2-DIGTTLOG1 1 1 16 0 1 1 0 1
R. Conde DCM2 - Digital Telltale-Logic Channel #2 DCM2-DIGTTLOG2 1 1 16 0 1 1 0 1
R. Conde DCM2 - Digital Telltale-Logic Channel #3 DCM2-DIGTTLOG3 1 1 16 0 1 1 0 1
R. Conde DCM2 - Digital Telltale-Logic Channel #4 DCM2-DIGTTLOG4 1 1 16 0 1 1 0 1
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
R. Conde DCM2 - Digital Telltale-Logic Channel #5 DCM2-DIGTTLOG5 1 1 16 0 1 1 0 1
R. Conde DCM2 - Digital Telltale-Logic Channel #6 DCM2-DIGTTLOG6 1 1 16 0 1 1 0 1
R. Conde DCM2 - Digital Telltale-Logic Channel #7 DCM2-DIGTTLOG7 1 1 16 0 1 1 0 1
Bits per Major Frame (round up to mult. of 8 bits) 16 256 0 16 16 0
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Number of Interfaces Required 16 8 8
Data Content of Major Frames
C&DH Bin Low Rate Bits/s in Bits/s in
& Memory "Hskp, Bin &" Low Rate Data Coll. Data Coll.
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Contact Parameter Channel ID # I/F's Science ADC Dump Memory Dump ADC RTSW Machine #1 Machine #2
0-5V Single-ended Analog Channels
J. Cloeren SWEPAM(E) +8V PSMON - Subcom over 8 major frames DCM1-SEA0 1 8 128 0 8 8 0 8
J. Cloeren SWEPAM(E) HVMON1 - Subcom over 8 major frames DCM1-SEA1 1 8 128 0 8 8 0 8
J. Cloeren SWEPAM(E) HVMON2 - Subcom over 8 major frames DCM1-SEA2 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Cloeren SWEPAM(I) +8V PSMON - Subcom over 8 major frames DCM1-SEA3 1 8 128 0 8 8 0 8
J. Cloeren SWEPAM(I) HVMON1 - Subcom over 8 major frames DCM1-SEA4 1 8 128 0 8 8 0 8
J. Cloeren SWEPAM(I) HVMON2 - Subcom over 8 major frames DCM1-SEA5 1 8 128 0 8 8 0 8
J. Cloeren EPAM Analog A1 Int/Ext Cal Readout DCM1-SEA6 1 8 128 0 8 8 0 8
J. Cloeren "EPAM Analog A2, Subcom over 8 major frames" DCM1-SEA7 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Data Content of Major Frames
C&DH Bin Low Rate Bits/s in Bits/s in
& Memory "Hskp, Bin &" Low Rate Data Coll. Data Coll.
Contact Parameter Channel ID # I/F's Science ADC Dump Memory Dump ADC RTSW Machine #1 Machine #2
Science Serial Digital Channels - divide major frame bit allocation by 16 to get minor frame bit allocation
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Cloeren "EPAM Analog A3, Subcom over 8 major frames" DCM1-SEA8 1 8 128 0 8 8 0 8
J. Cloeren EPAM Analog A4 Input Current Monitor DCM1-SEA9 1 8 128 0 8 8 0 8
J. Cloeren EPAM LAN 1 Electronics Temperature - Thermistor DCM1-SEA10 1 8 128 0 8 8 0 8
J. Cloeren EPAM LAN 2A Electronics Temperature - Thermistor DCM1-SEA11 1 8 128 0 8 8 0 8
J. Cloeren EPAM LAN 2B Sensor Temperature - Thermistor DCM1-SEA12 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Cloeren ULEIS LVPS Voltage DCM1-SEA13 1 8 128 0 8 8 0 8
R. Burek Solid State Recorder A DCDCOUT DCM1-SEA16 1 8 128 0 8 8 0 8
R. Burek Solid State Recorder B DCDCOUT DCM1-SEA17 1 8 128 0 8 8 0 8
R. Conde DCM1 - 0-5V Channel #18 DCM1-SEA18 1 8 128 0 8 8 0 8
R. Conde C&DH A Converter Voltage DCM2-SEA0 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
R. Conde C&DH B Converter Voltage DCM2-SEA1 1 8 128 0 8 8 0 8
W. Henderson Main Bus Current DCM2-SEA2 1 8 128 0 8 8 0 8
W. Henderson Main Bus Voltage DCM2-SEA3 1 8 128 0 8 8 0 8
P. Panneton Battery Voltage DCM2-SEA4 1 8 128 0 8 8 0 8
M. McCullough Propellant Pressure A DCM2-SEA5 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
M. McCullough Propellant Pressure B DCM2-SEA6 1 8 128 0 8 8 0 8
M. Reinhart Transponder A Receiver AGC DCM2-SEA7 1 8 128 0 8 8 0 8
M. Reinhart Transponder A Receiver SPE DCM2-SEA8 1 8 128 0 8 8 0 8
M. Reinhart Transponder A Receiver +5V DCM2-SEA9 1 8 128 0 8 8 0 8
M. Reinhart Transponder B Receiver AGC DCM2-SEA10 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
M. Reinhart Transponder B Receiver SPE DCM2-SEA11 1 8 128 0 8 8 0 8
M. Reinhart Transponder B Receiver +5V DCM2-SEA12 1 8 128 0 8 8 0 8
M. Reinhart Transponder Transmitter RF power level (not x-strapped) DCM2-SEA13 1 8 128 0 8 8 0 8
W. Trimble Pre-Mod Conditioner +5V (not x-strapped) DCM2-SEA14 1 8 128 0 8 8 0 8
J. Cloeren Magnetometer Inboard Temperature DCM2-SEA15 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Data Content of Major Frames
C&DH Bin Low Rate Bits/s in Bits/s in
& Memory "Hskp, Bin &" Low Rate Data Coll. Data Coll.
Contact Parameter Channel ID # I/F's Science ADC Dump Memory Dump ADC RTSW Machine #1 Machine #2
Science Serial Digital Channels - divide major frame bit allocation by 16 to get minor frame bit allocation
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Cloeren Magnetometer Outboard Temperature DCM2-SEA16 1 8 128 0 8 8 0 8
J. Cloeren Magnetometer Inboard Heater Power Level DCM2-SEA17 1 8 128 0 8 8 0 8
J. Cloeren Magnetometer Outboard Heater Power Level DCM2-SEA18 1 8 128 0 8 8 0 8
J. Cloeren S3 DPU Power Converter Voltage DCM2-SEA19 1 8 128 0 8 8 0 8
R. Conde DCM2 - 0-5V Channel #20 DCM2-SEA20 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Number of interfaces required 38 17 21
Bits per major frame 304 4864 0 304 304 0
Data Content of Major Frames
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
C&DH Bin Low Rate Bits/s in Bits/s in
& Memory "Hskp, Bin &" Low Rate Data Coll. Data Coll.
Contact Parameter Channel ID # I/F's Science ADC Dump Memory Dump ADC RTSW Machine #1 Machine #2
0 to 50mV Differential Analog Channels
R. Conde C&DH Component A Current DCM2-DIFA0 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
R. Conde C&DH Component B Current DCM2-DIFA1 1 8 128 0 8 8 0 8
J. Kroutil Power Sw Comp. Partial Side A + Side B Current #1 DCM2-DIFA2 1 8 128 0 8 8 0 8
J. Kroutil Power Sw Comp. Partial Side A + Side B Current #2 DCM2-DIFA3 1 8 128 0 8 8 0 8
J. Kroutil Ordnance Fire Comp. Side A + Side B Current #1 DCM2-DIFA4 1 8 128 0 8 8 0 8
J. Kroutil Ordnance Fire Comp. Side A + Side B Current #2 DCM2-DIFA5 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
R. Burek Data Recorder A Current DCM2-DIFA6 1 8 128 0 8 8 0 8
R. Burek Data Recorder B Current DCM2-DIFA7 1 8 128 0 8 8 0 8
L. Scheer Star Tracker Current DCM2-DIFA8 1 8 128 0 8 8 0 8
M. Reinhart Transponder A Receiver Current DCM2-DIFA9 1 8 128 0 8 8 0 8
W. Gray Pre-Mod Conditioner & Transmitter A Current DCM2-DIFA10 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Data Content of Major Frames
C&DH Bin Low Rate Bits/s in Bits/s in
& Memory "Hskp, Bin &" Low Rate Data Coll. Data Coll.
Contact Parameter Channel ID # I/F's Science ADC Dump Memory Dump ADC RTSW Machine #1 Machine #2
Science Serial Digital Channels - divide major frame bit allocation by 16 to get minor frame bit allocation
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
M. Reinhart Transponder B Receiver Current DCM2-DIFA11 1 8 128 0 8 8 0 8
W. Gray Pre-Mod Conditioner & Transmitter B Current DCM2-DIFA12 1 8 128 0 8 8 0 8
J. Maynard Heater-S/C Specific Xpdr & Shunt I/F Current DCM2-DIFA13 1 8 128 0 8 8 0 8
P. Panneton Battery Current Charge Monitor DCM2-DIFA14 1 8 128 0 8 8 0 8
P. Panneton Battery Current Discharge Monitor DCM2-DIFA15 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
W. Henderson Heater-Battery A&B Current DCM2-DIFA16 1 8 128 0 8 8 0 8
J. Maynard Heater-Spacecraft Aft and Forward Survival Current DCM2-DIFA17 1 8 128 0 8 8 0 8
J. Maynard Heater-Spacecraft Operational Current DCM2-DIFA18 1 8 128 0 8 8 0 8
J. Tarr PSE Analog Shunt Current DCM2-DIFA19 1 8 128 0 8 8 0 8
L. Scheer DSAD A Current DCM2-DIFA20 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
L. Scheer DSAD B Current DCM2-DIFA21 1 8 128 0 8 8 0 8
M. McCullough Thruster IA Thermocouple C&DH A Only DCM1-DIFA0 1 0 128 0 8 8 0 8
M. McCullough Thruster IR Thermocouple C&DH A Only DCM1-DIFA1 1 0 128 0 8 8 0 8
M. McCullough Thruster IVA Thermocouple C&DH A Only DCM1-DIFA2 1 0 128 0 8 8 0 8
M. McCullough Thruster IVR+ Thermocouple C&DH A Only DCM1-DIFA3 1 0 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
M. McCullough Thruster IVR- Thermocouple C&DH A Only DCM1-DIFA4 1 0 128 0 8 8 0 8
M. McCullough Thruster IIIR- Thermocouple C&DH A Only DCM1-DIFA5 1 0 128 0 8 8 0 8
M. McCullough Thruster IIIR+ Thermocouple C&DH A Only DCM1-DIFA6 1 0 128 0 8 8 0 8
M. McCullough Thruster IIIA Thermocouple C&DH A Only DCM1-DIFA7 1 0 128 0 8 8 0 8
M. McCullough Thruster IIR Thermocouple C&DH A Only DCM1-DIFA8 1 0 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
M. McCullough Thruster IIA Thermocouple C&DH A Only DCM1-DIFA9 1 0 128 0 8 8 0 8
M. McCullough Heater-Prop. System Axial Cat Bed Current DCM1-DIFA10 1 0 128 0 8 8 0 8
M. McCullough Heater-Prop. System Radial Cat Bed Current DCM1-DIFA11 1 0 128 0 8 8 0 8
M. McCullough Heater-Prop. System Deck Primary Current DCM1-DIFA12 1 8 128 0 8 8 0 8
M. McCullough Heater-Prop. System Deck Backup Current DCM1-DIFA13 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Data Content of Major Frames
C&DH Bin Low Rate Bits/s in Bits/s in
& Memory "Hskp, Bin &" Low Rate Data Coll. Data Coll.
Contact Parameter Channel ID # I/F's Science ADC Dump Memory Dump ADC RTSW Machine #1 Machine #2
Science Serial Digital Channels - divide major frame bit allocation by 16 to get minor frame bit allocation
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
M. McCullough Pressure Transducer #1 & #2 Current DCM1-DIFA14 1 8 128 0 8 8 0 8
J. Cloeren "CRIS, I/F, & Survival Heater Current " DCM1-DIFA15 1 8 128 0 8 8 0 8
J. Cloeren "SIS, I/F, & Survival Heater Current " DCM1-DIFA16 1 8 128 0 8 8 0 8
J. Cloeren EPAM Electronics & I/F Heater Current DCM1-DIFA17 1 8 128 0 8 8 0 8
J. Cloeren EPAM Survival/Operational Heater Current DCM1-DIFA18 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Cloeren ULEIS & Survival Heater Current DCM1-DIFA19 1 8 128 0 8 8 0 8
J. Cloeren ULEIS Analog Elect. LVPS Current DCM1-DIFA20 1 8 128 0 8 8 0 8
J. Cloeren DCM1 - 0-50mV Channel #21 DCM1-DIFA21 1 8 128 0 8 8 0 8
J. Cloeren ULEIS Internal & I/F Heater Current DCM1-DIFA22 1 8 128 0 8 8 0 8
J. Cloeren SWEPAM Electron Current DCM1-DIFA23 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Cloeren SWEPAM Ion Current DCM1-DIFA24 1 8 128 0 8 8 0 8
J. Cloeren "SWIMS, I/F, & Survival Htr Current" DCM1-DIFA25 1 8 128 0 8 8 0 8
J. Cloeren "SWICS, I/F, and Survival Htr Current" DCM1-DIFA26 1 8 128 0 8 8 0 8
J. Cloeren "SEPICA, I/F, & Survival Htr Current" DCM1-DIFA27 1 8 128 0 8 8 0 8
J. Cloeren Magnetometer Electronics and Survival Heater Current DCM1-DIFA28 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Cloeren S^3 DPU Current DCM1-DIFA29 1 8 128 0 8 8 0 8
J. Cloeren S^3 DPU Converter Secondary Current DCM1-DIFA30 1 8 128 0 8 8 0 8
R. Conde Power Subsystem Processor A Current DCM2-DIFA22 1 8 128 0 8 8 0 8
R. Conde Power Subsystem Processor B Current DCM2-DIFA23 1 8 128 0 8 8 0 8
R. Conde Prop. System Axial Thruster Current DCM2-DIFA24 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
R. Conde DCM2 - 0-50mV Channel #25 (pre-wired for 2A on TB) DCM2-DIFA25 1 8 128 0 8 8 0 8
R. Conde Heater-S/C Surv. Panel Htr Current DCM2-DIFA26 1 8 128 0 8 8 0 8
Number of interfaces required 58 31 27
Bits per major frame 368 7424 0 464 464 0
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Data Content of Major Frames
C&DH Bin Low Rate Bits/s in Bits/s in
& Memory "Hskp, Bin &" Low Rate Data Coll. Data Coll.
Contact Parameter Channel ID # I/F's Science ADC Dump Memory Dump ADC RTSW Machine #1 Machine #2
Science Serial Digital Channels - divide major frame bit allocation by 16 to get minor frame bit allocation
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Data Content of Major Frames
C&DH Bin Low Rate Bits/s in Bits/s in
& Memory "Hskp, Bin &" Low Rate Data Coll. Data Coll.
Contact Parameter Channel ID # I/F's Science ADC Dump Memory Dump ADC RTSW Machine #1 Machine #2
AD590 Temperature Channels
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
M. Reinhart Transmitter Power Converter Temp (not x-strapped) DCM2-AD0 1 8 128 0 8 8 0 8
M. Reinhart Transmitter Power Amplifier Temp (not x-strapped) DCM2-AD1 1 8 128 0 8 8 0 8
P. Panneton Battery Temperature 1: Top of Center Cell DCM2-AD2 1 8 128 0 8 8 0 8
P. Panneton Battery Temperature 2: Top of Cell at +Z End DCM2-AD3 1 8 128 0 8 8 0 8
J. Tarr -Y Side Panel: Near PSDE DCM2-AD4 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Tarr Back of +X Forward Radiator DCM1-AD0 1 0 128 0 8 8 0 8
J. Tarr -X Side Panel: Near Digital Shunt Box DCM2-AD5 1 8 128 0 8 8 0 8
J. Tarr Back of -X/-Y Forward Radiator DCM1-AD1 1 0 128 0 8 0 0 8
J. Tarr Center of +X Side Panel: Betw Battery and Term Bds DCM2-AD6 1 8 128 0 8 8 0 8
J. Tarr +Y Side Panel: Near Digital Shunt DCM1-AD2 1 0 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Tarr -X Side Panel: TBD DCM1-AD3 1 0 128 0 8 8 0 8
J. Tarr -Y Side Panel: Between Digital Shunt and PSCE DCM1-AD4 1 0 128 0 8 8 0 8
R. Conde "C&DH Component A Temp: Outside of Box, Near Base" DCM2-AD7 1 8 128 0 8 8 0 8
R. Conde "C&DH Component B Temp: Outside of Box, Near Base" DCM2-AD8 1 8 128 0 8 8 0 8
R. Conde C&DH Component Oscillator Temp (not x-strapped) DCM2-AD9 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
R. Burek Solid State Recorder A PWRTEMP DCM2-AD10 1 8 128 0 8 8 0 8
R. Burek Solid State Recorder B PWRTEMP DCM2-AD11 1 8 128 0 8 8 0 8
M. McCullough Propellant Tank A1 Temperature DCM2-AD12 1 8 128 0 8 8 0 8
M. McCullough Propellant Tank A2 Temperature DCM2-AD13 1 8 128 0 8 8 0 8
M. McCullough Propellant Tank B1 Temperature DCM2-AD14 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Data Content of Major Frames
C&DH Bin Low Rate Bits/s in Bits/s in
& Memory "Hskp, Bin &" Low Rate Data Coll. Data Coll.
Contact Parameter Channel ID # I/F's Science ADC Dump Memory Dump ADC RTSW Machine #1 Machine #2
Science Serial Digital Channels - divide major frame bit allocation by 16 to get minor frame bit allocation
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
M. McCullough Propellant Tank B2 Temperature DCM2-AD15 1 8 128 0 8 8 0 8
M. McCullough Internal Lines A Temperature DCM2-AD16 1 8 128 0 8 8 0 8
M. McCullough Internal Lines B Temperature DCM2-AD17 1 8 128 0 8 8 0 8
M. McCullough External Lines +X Temperature DCM2-AD18 1 8 128 0 8 8 0 8
M. McCullough External Lines -X Temperature DCM2-AD19 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Maynard Star Tracker Temperature: Near Base DCM2-AD20 1 8 128 0 8 8 0 8
J. Maynard "Sun Sensor (-X/-Y) Temp: Side of Brack, Near Sensor" DCM2-AD21 1 8 128 0 8 8 0 8
J. Cloeren SWIMS Internal Temperature DCM1-AD5 1 8 128 0 8 8 0 8
J. Maynard SWIMS Interface Temp: +Z End Near Mounting Foot DCM1-AD6 1 0 128 0 8 0 0 8
J. Cloeren SWICS Internal Temperature DCM1-AD7 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Maynard SWICS I/F Temp: By Mtg Foot Towards SWEPAM-E DCM1-AD8 1 0 128 0 8 0 0 8
J. Cloeren ULEIS Telescope Temperature DCM1-AD9 1 8 128 0 8 8 0 8
J. Cloeren ULEIS Analog Electronics Temperature (Internal) DCM1-AD10 1 8 128 0 8 8 0 8
J. Cloeren ULEIS DPU Temperature (Internal) DCM1-AD11 1 8 128 0 8 8 0 8
J. Maynard ULEIS Interface Temp: Under Back End of Instrument DCM1-AD12 1 0 128 0 8 0 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Maynard EPAM Interface Temp: On E-Box Mtg Surf Near Foot DCM1-AD13 1 0 128 0 8 8 0 8
J. Cloeren CRIS Internal Temperature #1 DCM1-AD14 1 8 128 0 8 8 0 8
J. Cloeren CRIS Internal Temperature #2 DCM1-AD15 1 8 128 0 8 8 0 8
J. Maynard "CRIS I\F Temp: Side Close to -X Panel, Near -Z End" DCM1-AD16 1 0 128 0 8 0 0 8
J. Cloeren SIS Internal Temperature #1 DCM1-AD17 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Cloeren SIS Internal Temperature #2 DCM1-AD18 1 8 128 0 8 8 0 8
J. Maynard SIS I/F Temp: Back of Box Near Underside of SIS DCM1-AD19 1 0 128 0 8 0 0 8
J. Cloeren SEPICA Iso-Butane Tank Temperature DCM1-AD20 1 8 128 0 8 8 0 8
J. Maynard "SEPICA I/F Temp: Under Basepl, Near Cntr of Deck" DCM1-AD21 1 0 128 0 8 0 0 8
J. Cloeren S^3 DPU Power Supply A Temperature DCM1-AD22 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Data Content of Major Frames
C&DH Bin Low Rate Bits/s in Bits/s in
& Memory "Hskp, Bin &" Low Rate Data Coll. Data Coll.
Contact Parameter Channel ID # I/F's Science ADC Dump Memory Dump ADC RTSW Machine #1 Machine #2
Science Serial Digital Channels - divide major frame bit allocation by 16 to get minor frame bit allocation
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Cloeren SWEPAM(E) Internal Temperature DCM1-AD24 1 8 128 0 8 8 0 8
J. Maynard SWEPAM(E) Interface Temp: On Deck by Instrument DCM1-AD25 1 0 128 0 8 0 0 8
J. Cloeren SWEPAM(I) Internal Temperature DCM1-AD26 1 8 128 0 8 8 0 8
J. Maynard "SWEPAM(I) Interface Temp: On Deck, -X/-Y Edge" DCM1-AD27 1 0 128 0 8 0 0 8
R. Conde Terminal Board #1/Fuse Temperature DCM1-AD28 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
R. Conde Instrument Deck Temperature (TBD) #1 DCM1-AD29 1 8 128 0 8 8 0 8
R. Conde S^3 DPU Power Supply B Temperature DCM1-AD30 1 8 128 0 8 8 0 8
J. Maynard Instrument Deck Temp: Near Center by SEPICA I/F DCM2-AD22 1 8 128 0 8 8 0 8
J. Maynard Instrument Deck Temp: Near ULEIS Elec Box DCM2-AD23 1 8 128 0 8 8 0 8
J. Maynard Instrument Deck Temp: Near EPAM I/F and -X Edge DCM2-AD24 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Maynard Instrument Deck Temp: Near +Y/-X Edge DCM2-AD25 1 8 128 0 8 8 0 8
J. Maynard "Instr Deck Temp: Near +X/+Y Edge, By SWICS I/F" DCM2-AD26 1 8 128 0 8 8 0 8
J. Maynard "Instrument Deck Temp: Near MFI, S3DPU, & SIS I/F" DCM2-AD27 1 8 128 0 8 8 0 8
J. Maynard Instrument Deck Temperature: Near -Y Edge DCM2-AD28 1 8 128 0 8 8 0 8
J. Maynard "Instrument Deck Temp: Near +X Edge, By Pylon" DCM2-AD29 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
R. Conde Instrument Deck Temperature (TBD) #2 DCM2-AD30 1 8 128 0 8 8 0 8
Number of interfaces required 61 30 31
Bits per major frame 376 7808 0 488 416 0
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Data Content of Major Frames
C&DH Bin Low Rate Bits/s in Bits/s in
& Memory "Hskp, Bin &" Low Rate Data Coll. Data Coll.
Contact Parameter Channel ID # I/F's Science ADC Dump Memory Dump ADC RTSW Machine #1 Machine #2
PT103 Temperature Channels
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Data Content of Major Frames
C&DH Bin Low Rate Bits/s in Bits/s in
& Memory "Hskp, Bin &" Low Rate Data Coll. Data Coll.
Contact Parameter Channel ID # I/F's Science ADC Dump Memory Dump ADC RTSW Machine #1 Machine #2
Science Serial Digital Channels - divide major frame bit allocation by 16 to get minor frame bit allocation
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
P. Panneton +X Solar Array Panel Temperature DCM2-PT0 1 8 128 0 8 8 0 8
C. Willey +X Solar Array Panel Hinge Temp: Near -Y DCM2-PT1 1 8 128 0 8 8 0 8
P. Panneton -X Solar Array Panel Temperature DCM2-PT2 1 8 128 0 8 8 0 8
C. Willey -X Solar Array Panel Hinge Temp: Near +Y DCM2-PT3 1 8 128 0 8 8 0 8
P. Panneton +Y Solar Array Panel Temperature DCM1-PT0 1 0 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
C. Willey +Y Solar Array Panel Hinge Temp: Near +X DCM1-PT1 1 0 128 0 8 8 0 8
P. Panneton -Y Solar Array Panel Temperature DCM1-PT2 1 0 128 0 8 8 0 8
C. Willey -Y Solar Array Panel Hinge Temp: Near -X DCM1-PT3 1 0 128 0 8 8 0 8
M. McCullough Thruster Valve IA Temperature DCM1-PT4 1 0 128 0 8 8 0 8
M. McCullough Thruster Valve IR Temperature DCM1-PT5 1 0 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
M. McCullough Thruster Valve IVA Temperature DCM1-PT6 1 0 128 0 8 8 0 8
M. McCullough Thruster Valve IVR+ Temperature DCM1-PT7 1 0 128 0 8 8 0 8
M. McCullough Thruster Valve IVR- Temperature DCM1-PT8 1 0 128 0 8 8 0 8
M. McCullough Thruster Valve IIIR- Temperature DCM1-PT9 1 0 128 0 8 8 0 8
M. McCullough Thruster Valve IIIR+ Temperature DCM1-PT10 1 0 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
M. McCullough Thruster Valve IIIA Temperature DCM1-PT11 1 0 128 0 8 8 0 8
M. McCullough Thruster Valve IIR Temperature DCM1-PT12 1 0 128 0 8 8 0 8
M. McCullough Thruster Valve IIA Temperature DCM1-PT13 1 0 128 0 8 8 0 8
J. Maynard "+X Side Panel Temp #1: ~1.5"" from Bottom Center" DCM2-PT4 1 8 128 0 8 8 0 8
J. Maynard "+X Side Panel Temp #2: ~1.5"" from Top Center" DCM2-PT5 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Maynard "+X/+Y Side Panel Temp #1: Bot, Left of Umbilical" DCM2-PT6 1 8 128 0 8 8 0 8
J. Maynard "+X/+Y Side Panel Temp #2: ~1.5"" from Top Center" DCM1-PT14 1 0 128 0 8 8 0 8
J. Maynard "+Y Side Panel Temp #1: ~1.5"" from Bottom Center" DCM2-PT7 1 8 128 0 8 8 0 8
J. Maynard "+Y Side Panel Temp #2: ~1.5"" from Top Center" DCM2-PT8 1 8 128 0 8 8 0 8
J. Maynard "+Y/-X Side Panel Temp #1: ~1.5"" from Bottom Center" DCM2-PT9 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Data Content of Major Frames
C&DH Bin Low Rate Bits/s in Bits/s in
& Memory "Hskp, Bin &" Low Rate Data Coll. Data Coll.
Contact Parameter Channel ID # I/F's Science ADC Dump Memory Dump ADC RTSW Machine #1 Machine #2
Science Serial Digital Channels - divide major frame bit allocation by 16 to get minor frame bit allocation
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Maynard "+Y/-X Side Panel Temp #2: ~1.5"" from Top Center" DCM1-PT15 1 0 128 0 8 8 0 8
J. Maynard "-X Side Panel Temp #1: ~1.5"" from Bottom Center" DCM2-PT10 1 8 128 0 8 8 0 8
J. Maynard "-X Side Panel Temp #2: ~1.5"" from Top Center" DCM1-PT16 1 0 128 0 8 8 0 8
J. Maynard "-X/-Y Side Panel Temp #1: ~1.5"" from Bottom Center" DCM2-PT11 1 8 128 0 8 8 0 8
J. Maynard "-X/-Y Side Panel Temp #2: ~1.5"" from Top Center" DCM1-PT17 1 0 128 0 8 0 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Maynard -Y Side Panel Temp #1: Near Bottom Center DCM2-PT12 1 8 128 0 8 8 0 8
J. Maynard "-Y Side Panel Temp #2: ~1.5"" from Top Center" DCM1-PT18 1 0 128 0 8 0 0 8
J. Maynard "-Y/+X Side Panel Temp #1: ~1.5"" from Bottom Center" DCM2-PT13 1 8 128 0 8 8 0 8
J. Maynard "-Y/+X Side Panel Temp #2: ~1.5"" from Top Center" DCM1-PT19 1 0 128 0 8 0 0 8
J. Maynard "+Y Boom Temp: Near Mag Sensor, Use Long Leads" DCM2-PT14 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Maynard "-Y Boom Temp: Near Mag Sensor, Use Long Leads" DCM1-PT20 1 0 128 0 8 0 0 8
J. Maynard "+Y Mag I/F Temp: On Sensor Base, Use Long Leads" DCM2-PT15 1 8 128 0 8 8 0 8
J. Maynard "-Y Mag I/F Temp: On Sensor Base, Use Long Leads" DCM2-PT16 1 8 128 0 8 8 0 8
R. Stilwell Antenna Dish Temperature: Located Near ~R/2 DCM2-PT17 1 8 128 0 8 8 0 8
R. Stilwell Antenna Dish Feed: Use Long Leads DCM1-PT21 1 0 128 0 8 0 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
R. Stilwell "+Y Fwd Low Gain Ant: Pylon Below Ant, Long Leads" DCM2-PT18 1 8 128 0 8 8 0 8
R. Stilwell "-Y Rear Low Gain Ant: Pylon Below Ant, Long Leads" DCM1-PT22 1 0 256 0 16 0 0 8
R. Conde Analog Shunt Panel Temperature DCM1-PT23 1 8 128 0 8 8 0 8
R. Conde Aft Deck Temperature (TBD) #1 DCM1-PT24 1 8 128 0 8 8 0 8
R. Conde "OAF Temperature: +X Octant, Near PAF Interface" DCM1-PT27 1 8 128 0 8 8 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
R. Conde Aft Deck Temperature: Between Ant Foot and SLAM DCM1-PT28 1 8 128 0 8 8 0 8
J. Maynard Aft Deck Temperature: Center of Deck DCM2-PT19 1 8 128 0 8 8 0 8
J. Maynard Aft Deck Temperature: Between Transponders DCM2-PT20 1 8 128 0 8 8 0 8
J. Maynard Aft Deck Temperature: Near +X Low Gain Ant Base DCM2-PT21 1 8 128 0 8 0 0 8
J. Maynard Aft Deck Temperature: +X/+Y Edge DCM2-PT22 1 8 128 0 8 0 0 8
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Data Content of Major Frames
C&DH Bin Low Rate Bits/s in Bits/s in
& Memory "Hskp, Bin &" Low Rate Data Coll. Data Coll.
Contact Parameter Channel ID # I/F's Science ADC Dump Memory Dump ADC RTSW Machine #1 Machine #2
Science Serial Digital Channels - divide major frame bit allocation by 16 to get minor frame bit allocation
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
J. Maynard "Aft Deck Temp: +Y/-X Edge, Near Low Gain Ant Base" DCM2-PT23 1 8 128 0 8 0 0 8
Number of interfaces required 51 27 24
Bits per major frame 224 6656 0 416 336 0
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Data Content of Major Frames
C&DH Bin Low Rate
& Memory "Hskp, Bin &" Low Rate
Science ADC Dump Memory Dump ADC RTSW
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Housekeeping per Major Frame 2816 51456 2816 5672 6608 6480
Housekeeping per Second 176 3216 176 354.5 413 405
Major frame spare 0 640 0 936 0 128
Headers/Fields always present
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Packet Primary Header 48 bits/minor frame 768 768 768 48 48 48
Packer Secondary Header 32 bits/minor frame 512 512 512 32 32 32
Minor Frame Header 16 bits per minor frame 256 256 256 16 16 16
VC Transfer Frame Header 48 bits/minor frame 768 768 768 48 48 48
VC Transfer Frame Sync 32 bits/minor frame 512 512 512 32 32 32
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Selectable Telemetry Byte 8 bits/sec 128 128 128 128 128 128
Command Link Control Word (32 bits/minor) 512 512 512 32 32 32
Header bits per major frame 3456 3456 3456 336 336 336
Header bits per minor frame 216 216 216 336 336 336
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
Data Content of Major Frames
C&DH Bin Low Rate Bits/s in Bits/s in
& Memory "Hskp, Bin &" Low Rate Data Coll. Data Coll.
Contact Parameter Channel ID # I/F's Science ADC Dump Memory Dump ADC RTSW Machine #1 Machine #2
Science Serial Digital Channels - divide major frame bit allocation by 16 to get minor frame bit allocation
------------- ----------------------------------------------------------------------------------------------------------- -------------- ------- ------- ---------------------------- -------- ------------- -------- ---- ---------- ----------
"Total Major Frame content, including spare" 111104 111104 111104 6944 6944 6944
Minor Frame Length 6944 6944 6944 6944 6944 6944
Notes:
"1. For low rate formats, 1 minor frame per major frame."
"2. All digital telltale, 0-5V analogs 0-50mV differential analog, AD590 and PT103 channels sampled once per"
second.
3. Spare serial digitals read 32 bits of data.
"4. Thermistor Channels - note uses 0-5V channel, with additional conditioning on another C&DH board; switched with"
remote relay to both C&DHs
Format Descriptions
Science Format - Major frame contains all housekeeping; short Star Camera readout
"ADC Format - reduced science; includes full sun sensor, full star camera data"
C&DH Bin Dump - housekeeping (176 bits/sec) replaced with C&DH Bin Data
C&DH Memory Dump - housekeeping (176 bits/sec) replaced with C&DH memory data
Low Rate HSKP Format - Contains all housekeeping in default format + increased sun sensor data + empty slot for memory dump data
Low Rate C&DH Bin Dump - same as Low Rate Default except memory dump slot filled with C&DH Bin Data
Low Rate C&DH Memory Dump - same as Low Rate Default except memory dump slot filled with C&DH Memory Data
"Low Rate ADC Format - same as low rate HSKP format except reduced housekeeping, and includes star camera data and full sun sensor data"
"RTSW Format - contains EPAM, SWEPAM(I), Mag data"
----------------------------------------------- -------------------------------------------------- --------------
Spare Channels in DCM#1 included in formats
----------------------------------------------- -------------------------------------------------- --------------
DCM1 - 0-5V Channel #18 DCM1-SEA18
DCM1 - 0-50mV Channel #21 DCM1-DIFA21
Instrument Deck Temperature (TBD) #1 DCM1-AD29
S^3 DPU Power Supply B Temperature DCM1-AD30
Aft Deck Temperature (TBD) #1 DCM1-PT24
----------------------------------------------- -------------------------------------------------- --------------
Uncommited Spares in Data Collection Machine #1
DCM1 - 0-5V Channel #14 (not in any format) DCM1-SEA14
DCM1 - 0-5V Channel #15 (not in any format) DCM1-SEA15
DCM1 - 0-5V Channel #19 (not in any format) DCM1-SEA19
----------------------------------------------- -------------------------------------------------- --------------
DCM1 - 0-5V Channel #20 (not in any format) DCM1-SEA20
DCM1 - 0-5V Channel #21 (not in any format) DCM1-SEA21
DCM1 - 0-5V Channel #22 (not in any format) DCM1-SEA22
DCM1 - 0-5V Channel #23 (not in any format) DCM1-SEA23
DCM1 - 0-5V Channel #24 (not in any format) DCM1-SEA24
----------------------------------------------- -------------------------------------------------- --------------
DCM1 - 0-5V Channel #25 (not in any format) DCM1-SEA25
DCM1 - 0-5V Channel #26 (not in any format) DCM1-SEA26
DCM1 - 0-5V Channel #27 (not in any format) DCM1-SEA27
DCM1 - 0-5V Channel #28 (not in any format) DCM1-SEA28
DCM1 - 0-5V Channel #29 (not in any format) DCM1-SEA29
----------------------------------------------- -------------------------------------------------- --------------
DCM1 - 0-5V Channel #30 (not in any format) DCM1-SEA30
DCM1 - PT103 Channel #25 (not in any format) DCM1-PT25
DCM1 - PT103 Channel # 26 (not in any format) DCM1-PT26
DCM1 - PT103 Channel # 29 (not in any format) DCM1-PT29
DCM1 - PT103 Channel # 30 (not in any format) DCM1-PT30
----------------------------------------------- -------------------------------------------------- --------------
Spare Channels in DCM#1 included in formats
----------------------------------------------- -------------------------------------------------- --------------
Spare Channels in DCM#2 included in formats
DCM2 - Digital Telltale-Switch Channel #8 DCM2-DIGTTSW8
DCM2 - Digital Telltale-Switch Channel #9 DCM2-DIGTTSW9
DCM2 - Digital Telltale-Switch Channel #10 DCM2-DIGTTSW10
----------------------------------------------- -------------------------------------------------- --------------
DCM2 - Digital Telltale-Switch Channel #11 DCM2-DIGTTSW11
DCM2 - Digital Telltale-Switch Channel #12 DCM2-DIGTTSW12
DCM2 - Digital Telltale-Switch Channel #13 DCM2-DIGTTSW13
DCM2 - Digital Telltale-Switch Channel #14 DCM2-DIGTTSW14
DCM2 - Digital Telltale-Logic Channel #0 DCM2-DIGTTLOG0
----------------------------------------------- -------------------------------------------------- --------------
DCM2 - Digital Telltale-Logic Channel #1 DCM2-DIGTTLOG1
DCM2 - Digital Telltale-Logic Channel #2 DCM2-DIGTTLOG2
DCM2 - Digital Telltale-Logic Channel #3 DCM2-DIGTTLOG3
DCM2 - Digital Telltale-Logic Channel #4 DCM2-DIGTTLOG4
DCM2 - Digital Telltale-Logic Channel #5 DCM2-DIGTTLOG5
----------------------------------------------- -------------------------------------------------- --------------
DCM2 - Digital Telltale-Logic Channel #6 DCM2-DIGTTLOG6
DCM2 - Digital Telltale-Logic Channel #7 DCM2-DIGTTLOG7
DCM2 - 0-5V Channel #20 DCM2-SEA20
DCM2 - 0-50mV Channel #25 (pre-wired for 2A on TB) DCM2-DIFA25
----------------------------------------------- -------------------------------------------------- --------------
Uncommited Spares in Data Collection Machine #2
DCM2 - 0-5V Channel #21 (not in any format) DCM2-SEA21
DCM2 - 0-5V Channel #22 (not in any format) DCM2-SEA22
DCM2 - 0-5V Channel #23 (not in any format) DCM2-SEA23
DCM2 - 0-5V Channel #24 (not in any format) DCM2-SEA24
----------------------------------------------- -------------------------------------------------- --------------
Spare Channels in DCM#1 included in formats
----------------------------------------------- -------------------------------------------------- --------------
DCM2 - 0-5V Channel #25 (not in any format) DCM2-SEA25
DCM2 - 0-5V Channel #26 (not in any format) DCM2-SEA26
DCM2 - 0-5V Channel #27 (not in any format) DCM2-SEA27
DCM2 - 0-5V Channel #28 (not in any format) DCM2-SEA28
DCM2 - 0-5V Channel #29 (not in any format) DCM2-SEA29
----------------------------------------------- -------------------------------------------------- --------------
DCM2 - 0-5V Channel #30 (not in any format) DCM2-SEA30
DCM2 - 0-50mV Channel #27 (not in any format) DCM2-DIF27
DCM2 - 0-50mV Channel #28 (not in any format) DCM2-DIF28
DCM2 - 0-50mV Channel #29 (not in any format) DCM2-DIF29
DCM2 - 0-50mV Channel #30 (not in any format) DCM2-DIF30
----------------------------------------------- -------------------------------------------------- --------------
DCM2 - PT103 Channel #24 (not in any format) DCM2-PT24
DCM2 - PT103 Channel #25 (not in any format) DCM2-PT25
DCM2 - PT103 Channel #26 (not in any format) DCM2-PT26
DCM2 - PT103 Channel #27 (not in any format) DCM2-PT27
DCM2 - PT103 Channel #28 (not in any format) DCM2-PT28
----------------------------------------------- -------------------------------------------------- --------------
DCM2 - PT103 Channel #29 (not in any format) DCM2-PT29
DCM2 - PT103 Channel #30 (not in any format) DCM2-PT30