PDS_VERSION_ID          = PDS3
RECORD_TYPE             = STREAM
OBJECT                  = TEXT
  PUBLICATION_DATE        = 2015-04-15
  NOTE                    = "
    DATAINFO.TXT describes the contents of the DATA directory."
END_OBJECT              = TEXT
END

The DATA directory and its subdirectories contain the primary archive products
of this volume.  These include all RPWS Langmuir probe calibrated measurements
and all available plasma parameters derived from Langmuir probe sweeps.  In
the descriptions below yyyyddd represents the spacecraft event time as year
and day of year, and Vm represents a version designation.  The general
subdirectory structure is as follows:

[DATA]                  This directory.
   |
   |- DATAINFO.TXT      This file.
   |
   |- [CNTCUR]          Complete set of continuous current measurements
   |     |
   |     |- [TyyyydXX]  Directory containing up to 100 days of files
   |           |
   |           |- RPWS_LP_CNTCUR_yyyyddd_Vm.LBL
   |           |- RPWS_LP_CNTCUR_yyyyddd_Vm.TAB
   |                    Label and ASCII table files containing fixed bias
   |                    voltage and measured current in amps for both high
   |                    time resolution, 432 samples in 21.5s, and low time
   |                    resolution survey, 38 samples in 624s.
   |
   |- [ENCELADUS]       Plasma parameters derived near Enceladus
   |     |
   |     |- RPWS_LP_E_yyyyddd_Enn_Vm.LBL
   |     |- RPWS_LP_E_yyyyddd_Enn_Vm.TAB
   |                    Label and ASCII table files containing plasma
   |                    parameters including electron number density,
   |                    electron temperature, and spacecraft potential,
   |                    derived from RPWS LP sweeps in the vicinity of
   |                    Enceladus.  Enn indicates the observation ID.
   |
   |- [NEPROXY]         Complete proxy density and spacecraft potential
   |     |
   |     |- [TyyyydXX]  Directory containing up to 100 days of files
   |           |
   |           |- RPWS_LP_NEPROXY_yyyyddd_Vm.LBL
   |           |- RPWS_LP_NEPROXY_yyyyddd_Vm.TAB
   |                    Label and ASCII table files containing electron
   |                    number density and spacecraft potential.  Density is
   |                    derived using an emperical relation between the probe
   |                    floating potential and CAPS measurements.
   |
   |- [SATURN]          Plasma parameters derived near Saturn's inner
   |     |              magnetosphere
   |     |
   |     |- RPWS_LP_S_yyyyddd_nnn_Vm.LBL
   |     |- RPWS_LP_S_yyyyddd_nnn_Vm.TAB
   |                    Label and ASCII table files containing plasma
   |                    parameters including electron number density,
   |                    electron temperature, and spacecraft potential,
   |                    derived from RPWS LP sweeps in the vicinity of
   |                    Saturn's inner magnetosphere.  The orbit ID is
   |                    represented by nnn.
   |
   |- [TITAN]           Plasma parameters derived near Titan
   |     |              (Similar LPSWEEP products may become available in the
   |     |              future.)
   |     |
   |     |- RPWS_LP_T_yyyyddd_Tnn_Vm.LBL
   |     |- RPWS_LP_T_yyyyddd_Tnn_Vm.TAB
   |                    Label and ASCII table files containing plasma
   |                    parameters including electron number density,
   |                    electron temperature, and spacecraft potential,
   |                    derived from RPWS LP sweeps in the vicinity of
   |                    Titan.  Tnn indicates the observation ID.
   |
   |- [UI]              Complete set of calibrated voltage-current data
         |
         |- [TyyyydXX]  Directory containing up to 100 days of files
               |
               |- RPWS_LP_UI_yyyyddd_Vm.LBL
               |- RPWS_LP_UI_yyyyddd_Vm.TAB
                        Label and ASCII table files containing calibrated
                        Langmuir probe sweep voltage-current points acquired
                        almost continuously throughout the mission.