IMPACT IDPU TELEMETRY FORMAT (SOH)							NOTE: Bytes are swapped by the spacecraft/MOC: swap byte pairs before decoding packet!											
Revision:	W++	2005-Oct-13																
IDPU SOH Start	ApID	200		Total SOH Length=		272	OK											
Addressing																		
IDENTIFIER	Lng	OFFSET	TYPE	WIDTH	A1	A0	Units	RL	YL	YH	RH	DESCRIPTION	Module	Mux	Source	Validity	GSE Display	Test Procedure
UTCs	4	6	U2143	32	1	0	Sec					UTC Seconds since epoch	HKP		IMPACT ICD	1	IDPU	FSW_EXEC
UTCf	2	10	U21	16	1.52588E-05	0	Sec					UTC Seconds fraction (2^-16 sec)	Time		IMPACT ICD	1	IDPU	FSW_EXEC
ISampleTime	2	12	TIMEHMS	16	1	0						"Sample Time, Hours, Min, Sec (4,6,6 bits)"	Time			1	IDPU	FSW_EXEC
ISoftwareVersion	1	14	UB	8	1	0		-1	19	256	256	Flight Software Version Number	HKP			1	IDPU	
IHardwareVersion	1	15	UB	8	1	0						Hardware Version Number (FPGA)	HKP			1	IDPU	
IPollTimeMax	2	16	U21	16	0.000032	0	Sec	-1	0	0.8	1	Maximum foreground loop time	Time			1	IDPU	FSW_EXEC
IPollTimeAvg	2	18	U21	16	0.000032	0	Sec	-1	0	0.25	0.5	Average foreground loop time	HKP			1	IDPU	
ITimeJitter	1	20	UB	8	LOGT	0	Sec	-1	-1	0.001	1	Max UTC time jitter compared to SampleClock once a sec (see below)	Time			1	IDPU	
IErrorCode	1	21	UB	8	1	0						Error Code	UTIL			1	IDPU	FSW_EXEC
IErrorData	1	22	UB	8	1	0						Error Data	UTIL			1	IDPU	FSW_EXEC
IErrorCount	1	23	UB	8	1	0		-1	-1	1	1	Error Count	UTIL			1	IDPU	FSW_EXEC
ICommandCount	2	24	U21	16	1	0						IMPACT Command Counter	Command			1	IDPU	FSW_EXEC
ICommandLastID	1	26	UB	8	1	0						"IMPACT Last Command Ap ID (Bits 8,6,5,4,3,2,1,0)"	Command			1	IDPU	FSW_CMD
ICommandLastSeq	1	27	UB	8	1	0						IMPACT Last Command Sequence Counter (LSB)	Command			1	IDPU	
PCommandCount	2	28	U21	16	1	0						PLASTIC Command Counter	Command			1	IDPU	
PCommandLastID	1	30	UB	8	1	0						"PLASTIC Last Command Ap ID (Bits 8,6,5,4,3,2,1,0)"	Command			1	IDPU	
PCommandLastSeq	1	31	UB	8	1	0						PLASTIC Last Command Sequence Counter (LSB)	Command			1	IDPU	
IIMPACT_SSR	1	32	UB	8	1	0	%	-1	-1	95	100	IMPACT SSR Fill level	Status			1	IDPU	FSW_CMD
IPLASTIC_SSR	1	33	UB	8	1	0	%	-1	-1	95	100	PLASTIC SSR Fill Level	Status			1	IDPU	FSW_CMD
ISCStatus	1	34	UB	8	1	0						Spacecraft Status (see below)	Status			1	IDPU	FSW_LD
IBootSelect	1	35	UB	8	1	0		-1	-1	4	256	"Boot Select (0-3=EEPROM to RAM, 4-7=EEPROM, else PROM)"	System			1	IDPU	FSW_LD
ICodePage	1	36	UB	8	1	0		-1	0	64	64	"Code Page (0=PROM, 8-11=EEPROM0-3, 16=RAM, Else = Illegal)"	HKP			1	IDPU	FSW_CMD
ICodePageStatus	1	37	UB	8	1	0						Code Page Status Bits (see below)	EEPROM			1	IDPU	FSW_CMD
ICmdSeqRunning	1	38	UB	8	1	0		-1	30	33	256	Command Sequence # Running (>31 -> no sequence running)	CmdSeq			2	IDPU	FSW_CMD
InterfaceEnables	1	39	UB	8	1	0						Instrument Interface Enables (see Below)	System			1	IDPU	
ITelemEnables	2	40	U21	16	1	0						IMPACT Telemetry Enables (see below)	System			1	IDPU	
PTelemEnables	2	42	U21	16	1	0						PLASTIC Telemetry Enables	System			1	IDPU	
InterfaceActive	1	44	UB	8	1	0						Instrument Interface Active (see below)	System			1	IDPU	
IMaxIMPACTQ	1	45	UB	8	1	0		-1	-1	24	32	Maximum IMPACT queue Depth	Telem			1	IDPU	
IMaxPLASTICQ	1	46	UB	8	1	0		-1	-1	128	250	Maximum PLASTIC Queue Depth	Telem			1	IDPU	
IIMPACTBitrate	1	47	UB	8	36.26666667	0	bps	-1	2800	3500	4000	IMPACT Telemetry bit rate (1 minute average)	Telem			1	IDPU	
IPLASTICBitrate	1	48	UB	8	36.26666667	0	bps	-1	2800	3500	4000	PLASTIC Telemetry bit rate (1 minute average)	Telem			1	IDPU	
Spare	5	49																FSW_CMD
ICmdSeqMask	4	54	U4321	32	1	0						Command Sequence Mask (see below)	CmdSeq			2	IDPU	
IBurstModeID	1	58	UB	8	1	0		-1	-1	256	256	Burst Parameter Table Mode ID	Burst			2	Burst	
IBurstCurCriteria	1	59	UB	8	1	0		-1	-1	256	256	Burst Current Criteria	Burst			2	Burst	FSW_LD
ISTEUDoorCount	1	60	UB	8	1	0		-1	-1	256	256	STE-U Door motion count	STE			2	STEDoor	
ISTEUDoorStart	1	61	UB	8	0.125	0	sec	-1	0	1.25	1.5	STE-U Time from power application to motion start	STE			2	STEDoor	
ISTEUDoorDone	1	62	UB	8	0.125	0	sec	-1	0	1.25	2	STE-U Time from power application to motion complete	STE			2	STEDoor	
ISTEDDoorCount	1	63	UB	8	1	0		-1	-1	256	256	STE-D Door motion count	STE			2	STEDoor	
ISTEDDoorStart	1	64	UB	8	0.125	0	sec	-1	0	1.25	1.5	STE-D Time from power application to motion start	STE			2	STEDoor	
ISTEDDoorDone	1	65	UB	8	0.125	0	sec	-1	0	1.25	2	STE-D Time from power application to motion complete	STE			2	STEDoor	
IAutoLUT	1	66	UB	8	1	0						SWEA/STE Auto LUT enables (see below)	"SWEA/STE-D, STE-U"			2	SWEA/STE	
ISTEModeID	1	67	UB	8	1	0		-1	-1	256	256	STE LUT Table ID	"SWEA/STE-D, STE-U"			2	STE	
ISWEAModeID	1	68	UB	8	1	0		-1	-1	256	256	SWEA LUT Table ID	SWEA/STE-D			2	SWEA	
IBurstSavePage	1	69	UB	8	1	0		64	127	256	256	Burst recording page number	Burst			2	Burst	
IBurstSendPage	1	70	UB	8	1	0		-1	127	256	256	Burst transmission page number	Burst			2	Burst	
IBurstBestCriteria	1	71	UB	8	1	0		-1	-1	256	256	Burst Save Best Criteria	Burst			2	Burst	
ISTEUA	0	72										STEU Analog Housekeeping						
IMagHKP	2	72	U21	16	1	0						MAG Hardware Housekeeping (see below)	MAG			MagInterface	MAG	#REF!
IMAGHeater	2	74	U21	16	-0.03037	60.45	mA	-2	-2	40	50	MAG sensor heater input current (on 28V primary)	MAG	0		U-AFEPWR	SWEA	
IMAGTemp	2	76	U21	16	MAG		C	-33	-20	35	40	MAG sensor temperature	MAG	1		U-AFEPWR	SWEA	
spare analog	2	78	U21	16	1	0						Spare STE-U interface analog		2		U-AFEPWR	SWEA	
spare analog	2	80	U21	16	1	0						Spare STE-U interface analog		3		U-AFEPWR	SWEA	
spare analog	2	82	U21	16	1	0						Spare STE-U interface analog		4		U-AFEPWR	SWEA	
spare analog	2	84	U21	16	1	0						Spare STE-U interface analog		5		U-AFEPWR	SWEA	
spare analog	2	86	U21	16	1	0						Spare STE-U interface analog		6		U-AFEPWR	SWEA	
ISTEUCur	2	88	U21	16	-0.002462	4.982	V	2	5	30	40	"STE-U Front End Current (sum of +5A, -5A, and +5D).  See below"	STE-U	7		U-AFEPWR	SWEA	
spare analog	2	90	U21	16								Spare STE-U interface analog		8		U-AFEPWR	SWEA	
ISTEUTemp	2	92	U21	16	RTD		C	-110	-90	33	43	STE-U temperature (see below)	STE-U	9		U-AFEPWR	SWEA
ISTEUDACTemp	2	94	U21	16	YSI		C	-30	-20	50	60	STE-U Interface PWB Temperature (see below)	STE-U	10		U-AFEPWR	SWEA
ISTEUVCCA	2	96	U21	16	0.001254303	0.009000501	V	2.25	2.375	2.625	2.75	STE-U +2.5V Supply Voltage	STE-U	11		U-AFEPWR	SWEA
ISTEU5VD	2	98	U21	16	0.002813721	0.020190414	V	4.5	4.75	5.25	5.5	STE-U +5V Digital Supply Voltage	STE-U	12		U-AFEPWR	SWEA
ISTEUVCC1	2	100	U21	16	0.002813721	0.020190414	V	4.8	4.9	5.1	5.2	STE-U FPGA Interface +5V Supply voltage (ref)	STE-U	13		U-AFEPWR	SWEA
ISTEU5VA	2	102	U21	16	0.002813721	0.020190414	V	4.5	4.75	5.25	5.5	STE-U +5V Analog Supply Voltage	STE-U	14		U-AFEPWR	SWEA
ISTEU12V	2	104	U21	16	0.005137299	0.03686371	V	11.5	12.5	14	16	STE-U +12V Supply Voltage	STE-U	15		U-AFEPWR	SWEA
ISWEAMCP	2	106	U21	16	-2.486	4982	V	-20	2000	3000	4000	SWEA MCP Voltage	SWEA/STE-D	0		D-AFEPWR	SWEA
ISWEANR5V	2	108	U21	16	-0.003812	7.468	V	4	4.5	6.7	7	SWEA Non-regulated HV Voltage 5V supply	SWEA/STE-D	1		D-AFEPWR	SWEA
ISWEAAnal	2	110	U21	16	-0.4222	829.6	V	-30	-25	750	800	SWEA Analyzer Voltage	SWEA/STE-D	2		D-AFEPWR	SWEA
ISWEADefl1	2	112	U21	16	-0.8461	1663	V	-30	-25	1500	1600	SWEA Defelector 1 Voltage	SWEA/STE-D	3		D-AFEPWR	SWEA
ISWEADefl2	2	114	U21	16	-0.8461	1663	V	-30	-25	1500	1600	SWEA Deflector 2 Voltage	SWEA/STE-D	4		D-AFEPWR	SWEA
ISWEAV0	2	116	U21	16	0.01243	-24.91	V	-25	-25	0.1	1	SWEA V0 Voltage	SWEA/STE-D	5		D-AFEPWR	SWEA
ISWEAGND	2	118	U21	16	-0.002462	4.982	V	-0.1	-0.05	0.05	0.1	SWEA Ground	SWEA/STE-D	6		D-AFEPWR	SWEA
ISWEASTEDCur	2	120	U21	16	-0.002462	4.982	V	-20	0	30	40	"SWEA/STE-D Front End Current (sum of +5A, -5A, and +5D).  See below"	SWEA/STE-D	7		D-AFEPWR	SWEA
ISWEAMCPTemp	2	122	U21	16	YSI		C	-40	-30	35	50	SWEA MCP Temperature (see below)	SWEA/STE-D	8		D-AFEPWR	SWEA
ISTEDTemp	2	124	U21	16	RTD		C	-110	-90	33	43	STE-D temperature (see below)	SWEA/STE-D	9		D-AFEPWR	SWEA	
ISWEADACTemp	2	126	U21	16	YSI		C	-40	-30	35	50	SWEA PWB Temperature (see below)	SWEA/STE-D	10		D-AFEPWR	SWEA	
ISWEASTEDVCCA	2	128	U21	16	0.001254303	0.009000501	V	2.25	2.375	2.625	2.75	SWEA/STE-D +2.5V Supply Voltage	SWEA/STE-D	11		D-AFEPWR	SWEA	
ISWEASTED5VD	2	130	U21	16	0.002813721	0.020190414	V	4.50	4.75	5.25	5.50	SWEA/STE-D +5V Digital Supply Voltage	SWEA/STE-D	12		D-AFEPWR	SWEA	
ISWEASTEDVCC1	2	132	U21	16	0.002813721	0.020190414	V	4.8	4.9	5.1	5.2	SWEA/STE FPGA Interface +5V Supply voltage (ref)	SWEA/STE-D	13		D-AFEPWR	SWEA	
ISWEASTE5VA	2	134	U21	16	0.002813721	0.020190414	V	4.25	4.50	5.50	5.75	SWEA/STE-D +5V Analog Supply Voltage	SWEA/STE-D	14		D-AFEPWR	SWEA	
ISWEASTE12V	2	136	U21	16	0.005137299	0.03686371	V	10.8	11	12.6	13.2	SWEA/STE-D +12V Supply Voltage	SWEA/STE-D	15		D-AFEPWR	SWEA	
ISTEUDig	2	138	U21	16	1	0						STE-U digital housekeeping (see below)	STE-U		SIF05	STEUInterface	STEU	#REF!
ISWEASTEDDig	2	140	U21	16	1	0						SWEA/STE-D digital housekeeping (see below)	SWEA/STE-D		SIF05	SWEAInterface	SWEA	#REF!
BLK_ID	1	142		8								Block ID	PLASTIC			PLASTICInterface	PLASTIC	#REF!
DEV_ID	1	143		8								Device ID	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PLASTIC 	0	144										PLASTIC housekeeping (128 bytes)	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PLRNM_SPARE	2	144	U21	16	0.000152579	0.00742664						PLASTIC spare	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PLVC_-12V	2	146	U21	16	-0.000228713	-0.011132356	V	-13.5	-13.0	-11.8	-11.5	PLASTIC 	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PLVC_-5V	2	148	U21	16	-0.000152579	-0.00742661	V	-5.5	-5.3	-4.7	-4.4	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PESA_VM_POS	2	150	U21	16	0.1602	29.084	V			6000	6100	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PDFL_1_VM	2	152	U21	16	0.1501	10.644	V			6800	6900	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PDFL_1_TAP	2	154	U21	16	0.1503	9.7289	V			3100	3200	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PDFL_2_VM	2	156	U21	16	0.1506	10.731	V			6800	6900	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PDFL_2_TAP	2	158	U21	16	0.15	10.087	V			3100	3200	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PLVC_+2.5VB	2	160	U21	16	0.000152681	-0.045011681	V	2.33	2.38	2.50	2.60	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PPAC_CM_DC	2	162	U21	16	0.000152639	-0.043288457	mA			55	70	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PLVC_+12V	2	164	U21	16	0.000228885	-0.057173689	V	11.5	11.8	13.4	13.8	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PLRPM_SPARE	2	166	U21	16	0.000152681	-0.045011756						PLASTIC spare	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PLVC_+2.5VA	2	168	U21	16	0.000152681	-0.045011756	V	2.33	2.38	2.50	2.60	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PLVC_+5V	2	170	U21	16	0.000152681	-0.045011756	V	4.70	4.90	5.30	5.50	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PADC_AVDD	2	172	U21	16	0.000152681	-0.045011756	V					PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PADC_DVDD	2	174	U21	16	0.000152681	-0.045011756	V					PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PPAC_VM	2	176	U21	16	-0.5931	248.28	V	-27000	-25000			PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PCAL_VREF	2	178	U21	16	0.000152639	-0.043291815	V	4.8	4.9	5.1	5.2	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PPAC_CM_AC	2	180	U21	16	1	0						PLASTIC 	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PMCP_VM	2	182	U21	16	0.1436	-807.4	V			3400	3800	PLASTIC 	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PMCP_CM_DC	2	184	U21	16	0.000152639	-0.043291815	mA			60	75	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PMCP_CM_AC	2	186	U21	16	1	0						PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PSSD_CM_DC	2	188	U21	16	0.000152639	-0.043291815	mA			170	190	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PS_CH_VM	2	190	U21	16	-0.0149	27.843	V	-5100	-5000			PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PS_CH_VM_TAP	2	192	U21	16	-0.1499	29.732	V	-3500	-3400			PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PS_CH_CM_DC	2	194	U21	16	0.000152681	-0.045011756	mA			17	19	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PESA_VM_NEG	2	196	U21	16	-0.1594	10.243	V	-6100	-6000			PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PESA_CM_DC	2	198	U21	16	0.001737088	3.670901532	mA			65	70	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PDFL_1_CM_DC	2	200	U21	16	0.000152681	-0.045011756	mA			15	30	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PDFL_2_CM_DC	2	202	U21	16	0.000152681	-0.045011756	mA			15	30	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PLVC_+2.5VB_IMON	2	204	U21	16	0.011352671	-33.97854345	mA	35	70	370	400	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PLVC_+12V_IMON	2	206	U21	16	0.015414971	-21.87538537	mA	50	100	500	600	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PLVC_-12V_IMON	2	208	U21	16	0.001974763	15.44659255	mA	5	10	110	130	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PLVC_+5V_IMON	2	210	U21	16	0.011285408	-91.69958244	mA	25	50	400	500	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PLVC_-5V_IMON	2	212	U21	16	0.002418321	4.160963459	mA	40	60	120	150	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PLVC_+2.5VA_IMON	2	214	U21	16	0.007382798	-34.95385751	mA	20	35	300	330	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PSSD_VM	2	216	U21	16	0.000304999	-0.047344984	V					PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PPLUG_ID	1	218	UB	8	1	0						PLASTIC 	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PADC_LU_FLAG	1	219	UB	8	1	0						PLASTIC 	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PDAC_STATUS	1	220	UB	8	1	0						PLASTIC DAC Board Status	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PADC_LU_CTR	1	221	UB	8	1	0						PLASTIC 	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PDHK_SPARE	2	222	U21	16	1	0						PLASTIC spare	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PADC0_AGND	1	224																
PADC1_AGND	1	225																
PRA_E0	1	226	UB	8	0.0108	-0.0138						PLASTIC 	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PRA_E1	1	227	UB	8	0.0108	-0.0138						PLASTIC 	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PTAC0_TSP	1	228	UB	8	1.6786	-342.43	C	-20	-10	38	42	PLASTIC 	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PTAC2_TSP	1	229	UB	8	1.6786	-342.43	C	-20	-10	38	42	PLASTIC 	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PSB0_TSP	1	230	UB	8	1.6786	-342.43	C			38	40	PLASTIC 	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PSB1_TSP	1	231	UB	8	1.6786	-342.43	C			38	40	PLASTIC 	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PTOF_HV0_TSP	1	232	UB	8	1.6786	-342.43	C	-20	-10	35	42	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PTOF_HV1_TSP	1	233	UB	8	1.6786	-342.43	C	-20	-10	35	42	PLASTIC 	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PS_C_0_TSP	1	234	UB	8	1.6786	-342.43	C	-20	-10	35	42	PLASTIC 	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PS_C_1_TSP	1	235	UB	8	1.6786	-342.43	C	-20	-10	35	42	PLASTIC 	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PLVC0_TSP	1	236	UB	8	1.6786	-342.43	C	-20	-10	38	42	PLASTIC 	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PLVC1_TSP	1	237	UB	8	1.6786	-342.43	C	-20	-10	38	42	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PADC0_VREF	1	238	UB	8	0.0108	-0.0138	V	1	1.2	1.43	1.53							
PADC1_VREF	1	239	UB	8	0.0108	-0.0138	V	1	1.2	1.43	1.53							
PSSD_STATUS	2	240	U21	16	1	0						PLASTIC 	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PSSD_V_POS_ANALOG	2	242	U21 (only 10 bits used)	16	0.0093	-0.986	V			7	7.2	PLASTIC 	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PSSD_V_NEG_ANALOG	2	244	U21 (only 10 bits used)	16	-0.0091	1.127	V	-7.2	-7			PLASTIC 	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PSSD_HV_BIAS	2	246	U21 (only 10 bits used)	16	0.1575	-4.094	V			100	110	PLASTIC 	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PSSD_TC0	2	248	U21 (only 10 bits used)	16	0.4032	-300.57	C	-20	-10	29	36	PLASTIC 	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PSSD_TC1	2	250	U21 (only 10 bits used)	16	0.4032	-300.57	C	-20	-10	29	36	PLASTIC 	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PSSD_TC2	2	252	U21 (only 10 bits used)	16	0.4	-298.35	C	-20	-10	29	36	PLASTIC 	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PSSD_V_POS_DIG	2	254	U21 (only 10 bits used)	16	0.0082	0.1753	V	4.5	5	6	6.5	PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
PLASTICtbd	14	256										PLASTIC	PLASTIC			PLASTICInterface	PLASTIC	#REF!
Spare	1	270																
Checksum	1	271	UB									Sum of all 272 packet bytes should equal zero.	SYSTEM			1		
																		
Total Bytes	266	272	<==OK													"Note on Validity: 1=Allways, 2=After boot (ISoftwareVersion >19)"		
																D-AFEPWR =InterfaceActive bit SWEAInterface=1 AND ISWEASTEDDig bit AFEPWR=1		
																U-AFEPWR =InterfaceActive bit STEUInterface=1 AND ISTEUDig bit AFEPWR=1		
Identifier	Bit	Contains														Else use indicated InterfaceActive bit		
ICodePageStatus:	7	"EEPROM Code Page 3 checksum status (1=bad, RED; 0=OK)"														"When not Valid, set color=blue, no limit checking."		
	6	"EEPROM Code Page 2 checksum status (1=bad, RED; 0=OK)"																
	5	"EEPROM Code Page 1 checksum status (1=bad, RED; 0=OK)"																
	4	"EEPROM Code Page 0 checksum status (1=bad, RED; 0=OK)"																
	3	"RAM Code Page checksum status (1=bad, RED; 0=OK)"																
	2:0	"RAM Code Page Source: 0-3 = copies of EEPROM Code Pages, 7=PROM, 6=modified"																

ISpacecraftStatus	0	"IDPU Power Warning, (1=Warning, RED; 0=OK)"																
	1	"SEP Power Warning, (1=Warning, YELLOW; 0=OK)"																
	2	"SWEA Power Warning, (1=warning, YELLOW; 0=OK)"																
	3	"PLASTIC Power Warning, (1=warning, YELLOW; 0=OK)"
	4	"Thruster Warning, (1=warning, YELLOW; 0=OK)"
	5	"Coarse Pointing, (1=Bad Pointing, YELLOW; 0=OK)"
	6	"SWAVES Power Warning (1=warning, YELLOW; 0=OK)"
	7	"1553 Channel spacecraft status was received on, 1=A, 0=B"

IMagHKP	0:3	"Mag Error counter (not 0 = RED, else OK)"
	4:7	Mag Command counter
	8	"spare, =1 (0=Red; 1=OK)"
	9	First (1st MAG sample after 1Hz tic)
	10	Time (toggles at 1Hz)
	11	Interface Parity Error (1=RED; 0=OK)
	12	Interface Timeout error (1=RED; 0=OK)
	13	"ADC Cal (0=off, 1=on)"
	14	"In Flight Cal (0=off, 1=on)"
	15	"Range (0=low fields, high sensitivity, 1=high fields, low sensitivity)"

ISTEUDig	0	CPE		"Command Interface Parity Error (1=Error, RED; 0=OK)"			
	1	AFEPWR		AFE Power status (1=on; 0=OFF=YELLOW)			
	2	AFESHDN 		AFE Over-current detect (1=overcurrent=RED; 0=OK)			
	3	x					
	5:4	STECOVSTAT		"STE Cover Status:(00=illegal, RED;  01=Closed; 10=Open; 11=Moving, YELLOW)"			
	7:6	STECOVSW		"STE Cover Actuator Power (00=OFF; 01=Open; 10=Close; 11=Illegal, RED)"			
	8	ANORM		"Indicates an anusual configuration, (0=Normal; 1=Unusual, YELLOW)"			
	9	x					
	10	x					
	11	HSKPMD		"Analog Housekeeping mode (0=cycling, 1=sweep)"			
	12	ENBSTETP		"Enable STE Test Pulser (1=enabled, YELLOW; 0=disabled)"			
	13	x					
	14	ENBSWEA		"Enable SWEA Subsystem (1=enabled, RED; 0=disabled)"			
	15	PCE		"Protected Command Error (1=error, RED; 0=OK)"			

ISWEASTEDDig	0	CPE		"Command Interface Parity Error (1=Error, RED; 0=OK)"								
	1	AFEPWR		AFE Power status (1=on; 0=OFF=YELLOW)								
	2	AFESHDN 		AFE Over-current detect (1=overcurrent=RED; 0=OK)								
	3	SWEACOVSTAT		"SWEA cover status, (1=closed, YELLOW; 0=open)"								
	5:4	STECOVSTAT		"STE Cover Status:(00=illegal, RED;  01=Closed; 10=Open; 11=Moving, YELLOW)"								
	7:6	STECOVSW		"STE Cover Actuator Power (00=OFF; 01=Open; 10=Close; 11=Illegal, RED)"								
	8	ANORM		"Indicates an anusual configuration, (0=Normal; 1=Unusual, YELLOW)"								
	9	MCPHVENB		"MCP HV Enable (0=disabled, 1=enabled)"								
	10	NRHVENB		"Non-regulated HV Enable (0=disabled, 1=enabled)"								
	11	HSKPMD		Analog Housekeeping mode (0=cycling; 1=sweep)								
	12	ENBSTETP		"Enable STE Test Pulser (1=enabled, YELLOW; 0=disabled)"								
	13	ENBSWEATP		"Enable SWEA Test Pulser (1=enabled, YELLOW; 0=disabled)"								
	14	ENBSWEA		"Enable SWEA Subsystem (1=enabled; 0=disabled, RED)"								
	15	PCE		"Protected Command Error (1=error, RED; 0=OK)"								
												
InterfaceEnables	0	MAGInterface		"MAG Instrument Interface Enable (1=enabled; 0=disabled, YELLOW)"								
	1	STEUInterface		"STE-U Instrument Interface Enable (1=enabled; 0=disabled, YELLOW)"
	2	SWEAInterface		"SWEA/STE-D Instrument Interface Enable (1=enabled; 0=disabled, YELLOW)"
	3	SEPInterface		"SEP Instrument Interface Enable (1=enabled; 0=disabled, YELLOW)"
	4	PLASTICInterface		"PLASTIC Instrument Interface Enable (1=enabled; 0=disabled, YELLOW)"
	5	spare		
	6	EEPROMWriteEnable		IDPU EEPROM Write Enable (1=enabled=YELLOW; 0=disabled)
	7	PLASTICSysCmd		"PLASTIC System Commands Enable (1=enabled, YELLOW; 0=disabled)"


InterfaceActive	0	MAGInterface		"MAG Instrument Interface Active (1=active; 0=inactive, YELLOW)"
	1	STEUInterface		"STE-U Instrument Interface Active (1=active; 0=inactive, YELLOW)"
	2	SWEAInterface		"SWEA/STE-D Instrument Interface Active (1=active; 0=inactive, YELLOW)"
	3	SEPInterface		"SEP Instrument Interface Active (1=active; 0=inactive, YELLOW)"
	4	PLASTICInterface		"PLASTIC Instrument Interface Active (1=active; 0=inactive, YELLOW)"
	5	SWAVESInterface		"SWAVES RT-RT Instrument Interface Active (1=active, 0=inactive, YELLOW)"
	6	SWAVESTimeout		"SWAVES RT-RT Rx Timeout; SWAVES not responding.  (1=Timeout=YELLOW, 0=OK)"
	7	SEPTimeout		"SEP Interface activity low for too long (1=Timeout=Yellow, 0=OK)"

ITelemEnables	0	BurstTlm		"Enable Burst Telemetry to be sent (for all ITelemEnables except where otherwise stated, 0=disabled, YELLOW; 1=enabled)"
	1	SEPTlm		Enable SEP Telemetry
	2	MAGTlm		Enable MAG Telemetry
	3	MAGBurst		Enable MAG Burst Collection
	4	STERatesTlm		Enable STE Monitor Rates Telemetry
	5	STERatesBurst		Enable STE Monitor Rates Burst Collection
	6	STESpecTlm		Enable STE Spectra Telemetry
	7	STESpecBurst		Enable STE Spectra Burst Collection
	8	SWEADistTlm		Enable SWEA Distribution Telemetry
	9	SWEADistBurst		Enable SWEA Distribution Burst Collection
	10	SWEAPADTlm		Enable SWEA PAD Telemetry
	11	SWEAMomTlm		Enable SWEA Moments Telemetry
	12	SWEAFHKP		"Enable SWEA Fast Housekeeping (no alarm state, 0 or 1 = green)"
	13	SWEASpecTlm		Enable SWEA Spectra Telemetry
	14	BurstCriteria		Enable Burst Criteria Telemetry
	15	SWEAMomComp		Enable SWEA Moment computation
				
IAutoLUT	0	ISWEAAutoLUT		Enable SWEA Auto LUT Generation (1=manual)
	1	ISTEAutoLUT		Enable STE Auto LUT Generation (1=manual)
	2	ISWEAAutoV0		Enable automatic generation of SWEA V0 setting (1=manual)
	3	ISWEAMomE		Enable automatic generation of SWEA Moment energy coef (1=manual)
	4	spare		
	5	ISTEULUT		Current state of the STE-U LUT page select
	6	ISTEDLUT		Current state of the STE-D LUT page select
	7	ISWEALUT		Current state of the SWEA LUT page select

ICmdSeqMask	31	0: IDPUPwrWarn		IDPU Power Warning Sequence Enable
	30	1: IDPUPwrWarnClr		IDPU Power Warning Clear Sequence Enable
	29	2: SEPPwrWarn		SEP Power Warning Sequence Enable
	28	3: SEPPwrWarnClr		SEP Power Warning Clear Sequence Enable
	27	4: SWEAPwrWarn		SWEA Power Warning Sequence Enable
	26	5: SWEAPwrWarnClr		SWEA Power Warning Clear Sequence Enable
	25	6: PLAPwrWarn		PLASTIC Power Warning Sequence Enable
	24	7: PLAPwrWarnClr		PLASTIC Power Warning Clear Sequence Enable
	23	8: ThrusterWarn		Thruster Warning Sequence Enable
	22	9: ThrusterWarnClr		Thruster Warning Clear Sequence Enable
	21	10: PointWarn		Coarse Pointing Warning Sequence Enable
	20	11: PointWarnClr		Coarse Pointing Warning Clear Sequence Enable
	19	12: SEPRecovery		SEP Recovery Sequence Enable
	18	Seq13		Command Sequence 13 Enable
	17	Seq14		Command Sequence 14 Enable
	16	Seq15		Command Sequence 15 Enable
	15	Seq16		Command Sequence 16 Enable
	14	Seq17		Command Sequence 17 Enable
	13	Seq18		Command Sequence 18 Enable
	12	Seq19		Command Sequence 19 Enable
	11	20: PLA_PS0		"PLASTIC PS 0 (Disable Entrance system; ""Thruster/Coarse"") - Sequence Enable"
	10	21: PLA_Start		PLASTIC Startup Sequence Enable
	9	22: PLA_PS1		PLASTIC PS 1 (Reduce HV levels) Sequence Enable
	8	23: PLA_PR0		"PLASTIC PR0 - (second half, recover from a ""PAC DISCHARGE"") Sequence Enable"
	7	24: PLA_PS2		"PLASTIC PS2 (Disable entrance system, turn off HV, don't request turnoff ""PAC Discharge"") Sequence Enable"
	6	Seq25		Command Sequence 25 Enable
	5	26: PLA_PR0		"PLASTIC PR0 (part 1 - enbale entrance system, bring up HVs and put system in mode 3; after PS2) Sequence Enable"
	4	27: PLA_PR1		"PLASTIC PR1 (enable entrance system, Run if Thruster Coarse bits clear) Sequence Enable"
	3	Seq28		Command Sequence 28 Enable
	2	29: PLA_PS3		"PLASTIC PS3 (disable Entrance system, turn off HV and requenst PLASTIC OFF; ""IDPU/PLASTIC pwr down"") Sequence Enable"
	1	30: UserPeriodic		User Periodic Sequence Enable
	0	31: SystemPeriodic		System Periodic Sequence Enable


Temperature Conversions (YSI and RTD)				
YSI	Temp = A + B*ADC + C*ADC^2 + D*ADC^3 + E*ADC^4 + F*ADC^5			
	A	1.3063E+02		Example		
	B	-3.2163E-01		ADC	Temp	
	C	4.8397E-04		1024	23.69	
	D	-4.0961E-07				
	E	1.6780E-10				
	F	-2.6422E-14				

RTD	Temp = A + B*ADC + C*ADC*ADC					
	A	-244.7		Example		
	B	0.100925		ADC	Temp	
	C	1.004E-05		2200	25.92	
						
MAG	Temp = A + B*ADC + C*ADC^2 + D*ADC^3 + E*ADC^4 + F*ADC^5					
	A	6.7051E+01		Example		
	B	-5.7333E-02		ADC	Temp	
	C	3.7342E-05		1024	31.91	
	D	-1.9096E-08		
	E	5.0166E-12		
	F	-5.2833E-16		

LOGT Conversion				
	Convert 8 bit to 19 bit using log compression scheme.			
	Units are seconds/2^16 (multiply un-compressed value by 2^-16 to get seconds)			

				
ISWEASTEDCur and ISTEUCur conversions				
"The above conversions get you a measurement of the trip voltage setting.  To convert that to current (sum of +5.1V current and -5.1V current, mA) use:"				
	ISWEASTEDCur-corrected = STEDa*V + STEDb*ISWEASTE12V) - STEDc*(ISWEASTEDVCC1 - ISWEASTED5VD)			
	ISTEUCur-corrected = STEUa*V + STEUb*ISTEU12V) - STEUc*(ISTEUVCC1-ISTEU5VD)			
STEUa	40.20			
STEUb	16.14			
STEUc	201.00		Example	
STEDa	40.20		V	-4.70
STEDb	16.14		ISTEU12V	13.10
STEDc	201.00		ISTEUVCC1	4.98
			ISTEU5VD	4.98
			Current	22.15
