The instrument is assumed to be operating in trigger 28 or trigger 80.
These triggers are designed to make use of the data-throttling capability in order to take advantage of unused bits (scoop-up) during low-rate periods. The hi-rate observation initiated by each of these triggers is specified as a low priority observation. The wideband data will only be acquired if the required number of bits has been scooped up. The target data volume must be specified in the trigger Starting in C23, the MFR was set to use the Ez sensor.
Command Byte Count: 6 Valid Command Count: ?? (Trig 68)
Receiver Frequency Range Sensor Cycle Time Snapshot Size
-------- --------------- ---------------- ---------------- -------------
LFR 1Hz-25Hz EX,BX 32.000 Seconds
MFR 25Hz-12KHz EX,EW,BZ 32.000 Seconds
HFR 3.6KHz-16MHz EX,EW 16.000 Seconds
Millisec 125.000KHz EX 2.500 Seconds 2048
WFR 50Hz-2.5KHz EX,EW,BX,BY,BZ 160.000 Seconds 2048
WBR 1KHz-80KHz HF 0.500 Seconds 4096
Correlations Channels Integ. Size Frequency
Band Ant. Auto- Cross- per Band df Period Rep Steps kHz Start - Stop
---- ---- ----- ------ -------- -- ------ --- ----- ---- ------------
ABC 2E y y 16 n 1000 1 3.6-319KHz
HF1 2E y y 2 n 80 1 60 25 0.325-1.825MHz
HF2 1E n n 1 n 20 1 72 200 1.825-16.225MHz
Bands ABC require 3.160 sec to complete, H1 requires 5.473 sec, and
H2 requires 1.461 sec for a total of 10.094 sec per sweep. The hfr
cycle time is 16.000 seconds.