PDS_VERSION_ID         = PDS3
RECORD_TYPE            = STREAM
^ASCII_DOCUMENT        = "AIP_CONV.ASC"
^HTML_DOCUMENT         = "AIP_CONV.HTM"
^PDF_DOCUMENT          = "AIP_CONV.PDF"

OBJECT                 = ASCII_DOCUMENT
  DOCUMENT_NAME        = "AIP data conversion expressions - Revision B."
  PUBLICATION_DATE     = 1996-12-18
  DOCUMENT_TOPIC_TYPE  = "JPL INTEROFFICE MEMORANDUM"
  INTERCHANGE_FORMAT   = ASCII
  DOCUMENT_FORMAT      = TEXT
  DESCRIPTION          = "This JPL interoffice memo summarizes
                          expressions that convert measured counts
                          into physical parameters for the 12
                          Aeroshell Instrumentation Package (AIP)
                          housekeeping parameters that are commutated
                          through the ASI/MET data stream.  It is a
                          simplified version of the material generated
                          by John Genofsky on 29th August 1995, and
                          revised by Clayton LaBaw on 19th September
                          1995.  It should be noted that these
                          conversions are based on the theoretical
                          properties of the ASI/MET electronics and
                          simplified representations of sensor
                          characteristics.  As such they are
                          approximate, but are still of use for
                          assessing instrument health.  More accurate
                          expressions will be derived later."
END_OBJECT             = ASCII_DOCUMENT

OBJECT                 = HTML_DOCUMENT
  DOCUMENT_NAME        = "AIP data conversion expressions - Revision B."
  PUBLICATION_DATE     = 1996-12-18
  DOCUMENT_TOPIC_TYPE  = "JPL INTEROFFICE MEMORANDUM"
  INTERCHANGE_FORMAT   = ASCII
  DOCUMENT_FORMAT      = HTML
  DESCRIPTION          = "This JPL interoffice memo summarizes
                          expressions that convert measured counts
                          into physical parameters for the 12
                          Aeroshell Instrumentation Package (AIP)
                          housekeeping parameters that are commutated
                          through the ASI/MET data stream.  It is a
                          simplified version of the material generated
                          by John Genofsky on 29th August 1995, and
                          revised by Clayton LaBaw on 19th September
                          1995.  It should be noted that these
                          conversions are based on the theoretical
                          properties of the ASI/MET electronics and
                          simplified representations of sensor
                          characteristics.  As such they are
                          approximate, but are still of use for
                          assessing instrument health.  More accurate
                          expressions will be derived later."
END_OBJECT             = HTML_DOCUMENT

OBJECT                 = PDF_DOCUMENT
  DOCUMENT_NAME        = "AIP data conversion expressions - Revision B."
  PUBLICATION_DATE     = 1996-12-18
  DOCUMENT_TOPIC_TYPE  = "JPL INTEROFFICE MEMORANDUM"
  INTERCHANGE_FORMAT   = BINARY
  DOCUMENT_FORMAT      = "ADOBE PDF"
  DESCRIPTION          = "This JPL interoffice memo summarizes
                          expressions that convert measured counts
                          into physical parameters for the 12
                          Aeroshell Instrumentation Package (AIP)
                          housekeeping parameters that are commutated
                          through the ASI/MET data stream.  It is a
                          simplified version of the material generated
                          by John Genofsky on 29th August 1995, and
                          revised by Clayton LaBaw on 19th September
                          1995.  It should be noted that these
                          conversions are based on the theoretical
                          properties of the ASI/MET electronics and
                          simplified representations of sensor
                          characteristics.  As such they are
                          approximate, but are still of use for
                          assessing instrument health.  More accurate
                          expressions will be derived later."
END_OBJECT             = PDF_DOCUMENT

END