2.4.0 spase://CNES/NumericalData/CDPP-Archive/ROSETTA/RPC_MIP/ROSETTA_RPC_MIP_S3XXX ROSETTA RPC-MIP Instrument Configuration Tables (CDF) https://doi.org/10.24400/802406/nrrs-pm80 2022-05-30T17:42:31Z This dataset contains operational parameters for the instrument (corresponding to a TC sent from ground). Change in operational parameters can have an impact on data time resolution, sensitivity and can influence the instrument response. Please acknowledge the Principal Investigator(s), the RPC-MIP Team, the ESA Planetary Science Archive as well as the CDPP (Centre de Données de la Physique des Plasmas) for the provision of these data when making a publication using these data. Principal Investigator(s) : P. Henri (LPC2E/CNRS, Orléans, France) spase://CNES/Person/CDPP-Archive/Pierre.Henri PrincipalInvestigator spase://CNES/Repository/CDPP-Archive/REGARDS-CDPP Online REGARDS https://regards.cnes.fr/user/cdpp/modules/1777?sp=DatasetName;q=DatasetName:ROSETTA_RPC_MIP_S3XXX Access via CNES Data Archive for CDPP CDF spase://CNES/Instrument/CDPP-Archive/ROSETTA/RPC_MIP InstrumentStatus 2005-03-01T00:00:00Z 2016-09-29T00:00:00Z Comet Interference frequency 1 Interference frequencies to be suppressed during the extremum computation in active modes kHz 1e3>Hz InstrumentMode Interference frequency 2 Interference frequencies to be suppressed during the extremum computation in active modes kHz 1e3>Hz InstrumentMode Interference frequency 3 Interference frequencies to be suppressed during the extremum computation in active modes kHz 1e3>Hz InstrumentMode 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) InstrumentMode Selection of the transmitter (odd sweeps) Takes one of the following values: mono with E1 - mono with E2 - stereo with E1-E2 phased - stereo with E1-E2 anti-phased InstrumentMode Selection of the transmitter (even sweeps) Takes one of the following values: mono with E1 - mono with E2 - stereo with E1-E2 phased - stereo with E1-E2 anti-phased InstrumentMode Selection of a MIP alone mode or LDL mode Possible values are MIP alone or LDL mode InstrumentMode Autoloop Autoloop : an auto-loop can be set between emission and reception - The field takes one of the following values: MIP with sensor - MIP auto-loop ON InstrumentMode Coding level in passive mode Coding level for the power spectrum in the Passive mode - The field takes one of the following values: 2 (16 values from 0 to 30 dB) - 4 (16 values from 0 to 60 dB) - with 0 dB = 0.6 microV*Hz**-0.5 0 dB = 0.6 microV*Hz^-0.5 dB InstrumentMode Amplitude threshold Amplitude threshold for the extremum detection - The field takes one of the following values: 1 - 2 - 4 - 8 - with 0 dB = 0.6 microV*Hz**-0.5 0 dB = 0.6 microV*Hz^-0.5 dB InstrumentMode Frequency table number in Survey modes 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 - ) : 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 InstrumentMode Frequency table number in Sweep modes 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 - ) : 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 InstrumentMode MIP Watchdog Possibility to inhibit the MIP watchdog . The field takes one of the following values: watchdog on - watchdog off InstrumentMode Telemetry Rate Selection of the telemetry rate.The field takes one of the following values: minimum rate - normal rate - burst rate InstrumentMode Sequence Number Selection of the sequence number. The field takes one of the following 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 - InstrumentMode LDL Type LDL Type. The field takes one of the following values: normal LDL - mixed LDL InstrumentMode