Voyager 1 Jupiter Planetary Radio Astronomy (PRA) Resampled Summary Browse 48 s Data

* Data Set Overview\n* =================\n\n+-----------------------------------------------------+\n| Parameter Characteristic | Value                    |\n-------------------------------------------------------\n| Instrument P.I.          | JAMES W. WARWICK         |\n| Data Supplier            | MICHAEL L. KAISER        |\n| Data Sampling Rate       | 48 SECONDS               |\n| Data Set Start Time      | 1979-01-06T00:00:48.000Z |\n| Data Set Stop Time       | 1979-04-13T23:58:24.000Z |\n+-----------------------------------------------------+\n\nThis Data Set consists of edited Browse Data derived from an original Data Set obtained from the Voyager 1 Planetary Radio Astronomy (PRA) Instrument in the Vicinity of Jupiter. Data are provided for 70 Instrument Channels covering the Range from 1.2 kHz to 1326 kHz in uniform 19.2 kHz Steps, each 1 kHz wide. Data are included for the Period 1979-01-06 00:00:48 through 1979-04-13 23:58:24. In order to produce this Data Set from the original raw PRA Data, several Steps have been taken:\n\n- 1) The PRA Instrument operates in a Variety of Modes. Data from Modes in which the Receiver does not scan rapidly through its Frequency Range have been removed.\n- 2) The Data have been calibrated as best we know how.\n- 3) The Data have been split into Left Hand Circular (LHC) and Right Hand Circular (RHC) Components.\n- 4) The Data have been binned into 48 s Intervals.\n\nThus, Values at a given Channel are separated in Time by an Increment of 48 s. Each 48 s Time Interval has associated with it a Value for LHC Polarization and another Value for RHC Polarization.\n\nDuring Data Gaps, the entire Record is absent from the Data Set. That is, Missing Records have not been zero-filled or otherwise marked. Bad Data within a Record is indicated by the Value Zero, which cannot otherwise occur.\n\nEach Datum is returned as a 16-bit Quantity. It represents the Mean Power received in the given Channel at the specified Time and Polarization. The returned Quantity is the Value in mB about a Reference Flux Density. To convert a returned Quantity to Flux, use the Formula:\n\nflux = 7.0×10^(-22) × 10^(mB/1000) W/(m^2 Hz)\n\n* Parameters\n* ==========\n\n* Data Set Parameter RADIO WAVE SPECTRUM\n* --------------------------------------\n\n+------------------------------------------------------+\n| Parameter Characteristic       | Value               |\n--------------------------------------------------------\n| Data Set Parameter Name        | RADIO WAVE SPECTRUM |\n| Data Set Parameter Unit        | MILLIBELS           |\n| Sampling Parameter Name        | TIME                |\n| Sampling Parameter Unit        | SECONDS             |\n| Sampling Parameter Resolution  | 0.001               |\n| Sampling Parameter Interval    | 48                  |\n| Minimum Available Sampling Int | 12                  |\n| Noise Level                    | 2400                |\n+------------------------------------------------------+\n\nA Set of derived Parameters consisting of Power Fluxes at various contiguous Frequencies over a Range of Frequencies. Millibels may be converted to W/(m^2 Hz) by using the Formula for Flux indicated above.\n\n* Source Instrument Parameters\n* ============================\n\n+-----------------------------------------------------------------+\n| Parameter Characteristics       | Value                         |\n-------------------------------------------------------------------\n| Instrument Host ID              | VG1                           |\n| Data Set Parameter Name         | RADIO WAVE SPECTRUM           |\n| Instrument Parameter Name       | WAVE FLUX DENSITY             |\n|                                 | ELECTRIC FIELD WAVEFORM       |\n|                                 | ELECTRIC FIELD COMPONENT      |\n|                                 | MAGNETIC FIELD COMPONENT      |\n|                                 | WAVE ELECTRIC FIELD INTENSITY |\n|                                 | WAVE MAGNETIC FIELD INTENSITY |\n| Important Instrument Parameters | 1 (FOR ALL PARAMETERS)        |\n+-----------------------------------------------------------------+\n\n* Data Coverage\n* =============\n\n+--------------------------------------------------------------------------+\n| Filename | Records | Start                    | Stop                     |\n----------------------------------------------------------------------------\n| T790106  | 1565    | 1979-01-06T00:00:48.000Z | 1979-01-06T23:59:12.000Z |\n| T790107  | 1430    | 1979-01-07T00:01:36.000Z | 1979-01-07T23:59:12.000Z |\n| T790108  | 1454    | 1979-01-08T00:01:36.000Z | 1979-01-08T23:59:12.000Z |\n| T790109  | 1518    | 1979-01-09T00:01:36.000Z | 1979-01-09T23:59:12.000Z |\n| T790110  | 1517    | 1979-01-10T00:01:36.000Z | 1979-01-10T23:59:12.000Z |\n| T790111  | 1522    | 1979-01-11T00:01:36.000Z | 1979-01-11T23:59:12.000Z |\n| T790112  | 1460    | 1979-01-12T00:01:36.000Z | 1979-01-12T23:25:36.000Z |\n| T790113  | 298     | 1979-01-13T07:27:12.000Z | 1979-01-13T23:58:24.000Z |\n| T790114  | 1460    | 1979-01-14T00:00:48.000Z | 1979-01-14T23:59:12.000Z |\n| T790115  | 1535    | 1979-01-15T00:01:36.000Z | 1979-01-15T23:59:12.000Z |\n| T790116  | 1424    | 1979-01-16T00:01:36.000Z | 1979-01-16T23:59:12.000Z |\n| T790117  | 1442    | 1979-01-17T00:01:36.000Z | 1979-01-17T23:59:12.000Z |\n| T790118  | 1440    | 1979-01-18T00:01:36.000Z | 1979-01-18T23:59:12.000Z |\n| T790119  | 1371    | 1979-01-19T00:01:36.000Z | 1979-01-19T23:59:12.000Z |\n| T790120  | 1396    | 1979-01-20T00:01:36.000Z | 1979-01-20T23:59:12.000Z |\n| T790121  | 1540    | 1979-01-21T00:01:36.000Z | 1979-01-21T23:58:24.000Z |\n| T790122  | 1551    | 1979-01-22T00:00:48.000Z | 1979-01-22T23:59:12.000Z |\n+--------------------------------------------------------------------------+

Tags: waves-passive
Organization: National Aeronautics and Space Administration