OBJECT = COLUMN NAME = "TABLE_TIME_UTC" DATA_TYPE = TIME START_BYTE = 1 BYTES = 23 UNIT = "N/A" DESCRIPTION = "This column represents the UTC Time in PDS standard format YYYY-MM-DDThh:mm:ss.sss" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "TABLE TIME_OOBT" DATA_TYPE = CHARACTER START_BYTE = 26 BYTES = 17 MISSING_CONSTANT = " 9/9999999.99999" DESCRIPTION = "This column represents the Orbiter On Board Time OOBT IS REPRESENTED AS : Reset number (integer starting at 1) / seconds. Reset number 1 starts at 2003-01-01T00:00:00 UTC The time resolution is 1/65536 s " END_OBJECT = COLUMN OBJECT = COLUMN NAME = "TABLE_TYPE" DATA_TYPE = CHARACTER START_BYTE = 46 BYTES = 3 DESCRIPTION = "The type can be : Configuration table containing the parameters which can be modified in the onboard software Control sequence used to get a detailed status of the experiment; it contains the configuration table ; This field takes one of the following values : CTL TBL" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "TABLE_NUMBER" DATA_TYPE = CHARACTER START_BYTE = 52 BYTES = 12 FORMAT = "N/A" DESCRIPTION = "Table number, given in the form x of y , where : x is the current number of the table in the PDS dataset y is the maximum number of tables found in the PDS dataset" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "TABLE_BYTES_HEX" DATA_TYPE = CHARACTER START_BYTE = 67 BYTES = 17 DESCRIPTION = "The configuration table contains all the parameters which can be modified in the onboard software.The size of 6 bytes corresponds to one link-packet between PIU and MIP. All the commands are inserted into the table. The Hexadecimal format is used, each byte is separated by a blank character. The description is done below : byte 0 bits 4,3 : Interference frequency nr 1 byte 1 bits 4,3 : Interference frequency nr 2 byte 2 bits 4,3 : Interference frequency nr 3 byte 3 bits 7,6 : Transmission_level bits 5,4 : Transmitter_odd_sweeps bits 3,2 : Transmitter_even_sweeps bits 1,0 : Extremum_threshold byte 4 bits 7,6,5 : Sweep_mode_bandwidth bits 4,3,2 : Survey_mode_bandwidth bit 1 : Ampl_pas bit 0 : Autoloop byte 5 bit 7 : Watchdog bits 6,5,4 : Science_sequence_number bit 3 : LDL_type bit 2 : Mode bits 1,0 : TM_rate" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "INTERF_FREQ1" DATA_TYPE = ASCII_INTEGER START_BYTE = 86 BYTES = 4 UNIT = KILOHERTZ FORMAT = "I4" DESCRIPTION = " Interference frequency number 1 The interference frequencies to be suppressed during the extremum computation in the active modes" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "INTERF_FREQ2" DATA_TYPE = ASCII_INTEGER START_BYTE = 91 BYTES = 4 UNIT = KILOHERTZ FORMAT = "I4" DESCRIPTION = " Interference frequency number 2 The interference frequencies to be suppressed during the extremum computation in the active modes" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "INTERF_FREQ3" DATA_TYPE = ASCII_INTEGER START_BYTE = 96 BYTES = 4 UNIT = KILOHERTZ FORMAT = "I4" DESCRIPTION = " Interference frequency number 3 The interference frequencies to be suppressed during the extremum computation in the active modes" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "TRANSMISSION_LEVEL" DATA_TYPE = ASCII_REAL START_BYTE = 101 BYTES = 5 UNIT = "N/A" FORMAT = "F5.3" DESCRIPTION = " The level of the transmission signal Takes one of the following values: 1.000 full level (156 mV RMS in MIP mode, 30 V RMS in LDL mode) 0.500 nominal level (78 mV RMS in MIP mode, 15 V RMS in LDL mode) 0.250 low level (39 mV RMS in MIP mode, 7.5 V RMS in LDL mode) 0.125 minimum level (19.5 mV RMS in MIP mode, 3.75 V RMS in LDL mode) " END_OBJECT = COLUMN OBJECT = COLUMN NAME = "TRANSMISSION_ODD" DATA_TYPE = CHARACTER START_BYTE = 108 BYTES = 29 UNIT = "N/A" DESCRIPTION = " selection of the transmitter for all the odd sweeps (1, 3, ...) Takes one of the following values: mono with E1 mono with E2 stereo with E1-E2 phased stereo with E1-E2 anti-phased" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "TRANSMISSION_EVEN" DATA_TYPE = CHARACTER START_BYTE = 140 BYTES = 29 UNIT = "N/A" DESCRIPTION = " selection of the transmitter for all the even sweeps (2, 4, ...) Takes one of the following values: mono with E1 mono with E2 stereo with E1-E2 phased stereo with E1-E2 anti-phased" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "MODE" DATA_TYPE = CHARACTER START_BYTE = 172 BYTES = 9 UNIT = "N/A" DESCRIPTION = " selection of a MIP alone mode or LDL mode The field takes one of the following the values: MIP alone LDL mode" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "AUTOLOOP" DATA_TYPE = CHARACTER START_BYTE = 184 BYTES = 16 UNIT = "N/A" DESCRIPTION = " Autoloop : an auto-loop can be set between emission and reception The field takes one of the following the values: MIP with sensor MIP auto-loop ON" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "AMPL_PAS" DATA_TYPE = ASCII_INTEGER START_BYTE = 202 BYTES = 1 UNIT = DECIBEL FORMAT = "I1" DESCRIPTION = " Coding level for the power spectrum in the Passive mode The field takes one of the following the values: 2 (16 values from 0 to 30 dB) 4 (16 values from 0 to 60 dB) 0 dB = 0.6 microV*Hz**-0.5" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "EXT_THRESHOLD" DATA_TYPE = ASCII_INTEGER START_BYTE = 204 BYTES = 1 UNIT = DECIBEL FORMAT = "I1" DESCRIPTION = " Amplitude threshold for the extremum detection The field takes one of the following the values: 1 2 4 8 0 dB = 0.6 microV*Hz**-0.5" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SURVEY_BAND" DATA_TYPE = ASCII_INTEGER START_BYTE = 206 BYTES = 1 UNIT = "N/A" FORMAT = "I1" DESCRIPTION = "Selection of the frequency bandwidth in Survey modes ; Three parameters (Frequency bandwidth,Frequency resolution and Number of frequency steps) are given for all intervals (nominal frequency interval -0- and the 7 complementary ones - nr 1 to nr 7 - ) : Frequency Frequency Number of bandwidth resolution frequency steps 0 nominal interval from 28 to 3472 kHz 28 - 224 kHz 7 kHz 29 238 - 448 kHz 14 kHz 16 476 - 896 kHz 28 kHz 16 952 - 1792 kHz 56 kHz 16 1904 - 3472 kHz 112 kHz 15 1 interval nr 1 from 28 to 665 kHz 28 - 665 kHz 7 kHz 92 2 interval nr 2 from 259 to 896 kHz 259 - 896 kHz 7 kHz 92 3 interval n r3 from 518 to 1792 kHz 518 - 1792 kHz 14 kHz 92 4 interval nr 4 from 924 to 3472 kHz 924 - 3472 kHz 28 kHz 92 5 interval n r5 from 357 to 987 kHz 28 - 343 kHz 7 kHz 46 357 - 987 kHz 14 kHz 46 6 interval nr 6 from 28 to 1582 kHz 28 - 224 kHz 7 kHz 29 238 - 630 kHz 14 kHz 29 658 - 1582 kHz 28 kHz 34 7 interval nr 7 from 268 to 2184 kHz 266 - 896 kHz 14 kHz 46 924 - 2184 kHz 28 kHz 46" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SWEEP_BAND" DATA_TYPE = ASCII_INTEGER START_BYTE = 208 BYTES = 1 UNIT = "N/A" FORMAT = "I1" DESCRIPTION = "Selection of the frequency bandwidth in Sweep modes Three parameters (Frequency bandwidth,Frequency resolution and Number of frequency steps) are given for all intervals (nominal frequency interval -0- and the 7 complementary ones - nr 1 to nr 7 - ) : Frequency Frequency Number of bandwidth resolution frequency steps 0 nominal interval from 28 to 3472 kHz selection made automatically by the onboard software 28 - 224 kHz 7 kHz 29 238 - 448 kHz 14 kHz 16 476 - 896 kHz 28 kHz 16 952 - 1792 kHz 56 kHz 16 1904 - 3472 kHz 112 kHz 15 1 interval nr 1 from 28 to 665 kHz 28 - 665 kHz 7 kHz 92 2 interval nr 2 from 259 to 896 kHz 259 - 896 kHz 7 kHz 92 3 interval nr 3 from 518 to 1792 kHz 518 - 1792 kHz 14 kHz 92 4 interval nr 4 from 924 to 3472 kHz 924 - 3472 kHz 28 kHz 92 5 interval nr 5 from 357 to 987 kHz 28 - 343 kHz 7 kHz 46 357 - 987 kHz 14 kHz 46 6 interval nr 6 from 28 to 1582 kHz 28 - 224 kHz 7 kHz 29 238 - 630 kHz 14 kHz 29 658 - 1582 kHz 28 kHz 34 7 interval nr 7 from 268 to 2184 kHz 266 - 896 kHz 14 kHz 46 924 - 2184 kHz 28 kHz 46" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "WATCHDOG" DATA_TYPE = CHARACTER START_BYTE = 211 BYTES = 12 UNIT = "N/A" DESCRIPTION = "Possibility to inhibit the MIP watchdog The field takes one of the following the values: watchdog on watchdog off" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "TM_RATE" DATA_TYPE = CHARACTER START_BYTE = 226 BYTES = 12 UNIT = "N/A" DESCRIPTION = "Selection of the telemetry rate The field takes one of the following the values: minimum rate normal rate burst rate" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SEQUENCE_NR" DATA_TYPE = CHARACTER START_BYTE = 241 BYTES = 27 UNIT = "N/A" DESCRIPTION = "Selection of the sequence number The field takes one of the following the values: nominal sequence complementary sequence nr 1 complementary sequence nr 2 complementary sequence nr 3 complementary sequence nr 4 complementary sequence nr 5 complementary sequence nr 6 complementary sequence nr 7" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "LDL_TYPE" DATA_TYPE = CHARACTER START_BYTE = 271 BYTES = 10 UNIT = "N/A" DESCRIPTION = "LDL type The field takes one of the following the values: normal LDL mixed LDL" END_OBJECT = COLUMN