Teledyne ULTRAFLOW 150, Operation Manual, Page: 67 / 162

SECTION 6.0, ENHANCED REMOTE PANEL W/MULTI I/O MODULE
Parameters for Analog Output (continued)
Parameter Name Functional Description
AVG ZERO
This parameter is an average of the instantaneous zero values as measured by the
monitor during a number of Integration Periods. The number of periods is set by the
“periods for averaging” variable. The length of the averaging period will be “seconds
of integration” X “number of periods averaged”.
sSN RATIO UPSTREAM
This parameter is a number between 0 and 1000 which represents the signal to noise
ratio of the upstream transducer on the TIE/path selected. See note **
SN RATIO DOWNSTREAM
This parameter is a number between 0 and 1000 which represents the signal to noise
ratio of the downstream transducer on the TIE/path selected. See note **
DIGITAL GAIN UPSTREAM
This parameter is a number between 0 and 255, which represents the digital gain
applied to the upstream receive signal on the Mother Board of the TIE/path selected.
See note **
DIGITAL GAIN DNSTREAM
This parameter is a number between 0 and 255, which represents the digital gain
applied to the downstream receive signal on the Mother Board of the TIE/path
selected. See note **
PREAMP GAIN UPSTREAM
This parameter is a number between 0 and 4095, which represents the gain applied to
the upstream preamp receive signal of the TIE/path selected. See note **
PREAMP GAIN DNSTREAM
This parameter is a number between 0 and 4095, which represents the gain applied to
the downstream preamp receive signal of the TIE/path selected. See note **
PEAK RAM CNTS UPSTREAM
This is a number between 0 and 32,767 which represents the upstream box car RAM
count with the single largest value as measured at the end of each Integration Period
of the TIE/path selected. See note **
PEAK RAM CNTS DNSTREAM
This is a number between 0 and 32,767 which represents the downstream box car
RAM count with the single largest value as measured at the end of each Integration
Period of the TIE/path selected. See note **
CALC RAM CNTS UPSTREAM
This is a number between 0 and 32,767 which represents the peak RAM count of the
upstream receive signal box car as calculated by the signal processing algorithms at
the end of the Integration Period of the TIE/path selected. See note **
CALC RAM CNTS DNSTREAM
This is a number between 0 and 32,767 which represents the peak RAM count of the
downstream receive signal box car as calculated by the signal processing algorithms at
the end of the Integration Period of the TIE/path selected. See note **
INST MEDIUM EXT TEMP
This parameter is the instantaneous temperature of the medium as measured by the
external temperature device during a single Integration Period.
AVE MEDIUM EXT TEMP
This parameter is an average of the instantaneous temperature of the medium as
measured by the external temperature device during a number of Integration Periods.
The number of periods is set by the “periods for averaging” variable. The length of
the averaging period will be “seconds of integration” X “number of periods
averaged”.
INST MEDIUM PRESSURE
This parameter is the instantaneous barometric pressure as measured by the external
pressure device.
AVE MEDIUM PRESSURE
This parameter is an average of the instantaneous barometric pressure as measured by
the external pressure device during a number of Integration Periods. The number of
periods is set by the “periods for averaging” variable. The length of the averaging
period will be “seconds of integration” X “number of periods averaged”.
** If an SN RATIO, GAIN, or RAM CNT parameter is selected and configured to carry “path =both” data,
the data will default to path A data since the average of this path A&B data is meaningless.
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