Appendix C
C-7
Range limit/ Output Amplitude 3 Hex digits
for analog J,N,S; setup — divide desired level by module range, multiply by 4095; convert
to hex digits for l;
for analog N high limit is l; low limit is m
for analog K Convert each l to decimal; divide by 4095; multiply by module range
n Counts/delays/ durations/ periods
for digital e,f -convert each n to decimal; multiply bu (0.01 *TRM) for time in seconds.
for digital eH, -divide desired filter period (in seconds) by (0.01*TRM); convert to 4 hex
digits.
for digital eI -divide desired timebase period (in seconds) by (0.01*TRM)convert to 2 hex
digits (0Ah=Hz)
for digital k,l, -Divide desired period (in seconds) by (.01*WDM) convert to 1-4 hex digits
For setup m, -divide desired watchdog delay (in seconds) by (0.01*WDM) convert 0-4 Hex
digits.
for digital X,W convert each n to decimal for counts
for digital Z, -divide desired period in seconds by (0.01*TRM) convert to 1-4 hex digits
*n=0 or 1 has special case, see user manual
waveforms (Analog V) amplitude determination-Peak and Valley
p waveform peak or maximum amplitude
q waveform valley or minimum amplitude
divide desired max (for p) or min (for q) bu module range; multiply by 4095; convert to 3
hex digits
waveforms (analog V) period determination
r sawtooth period/ ramp duration
Multiply period (in seconds) by 10, convert to 4 hex digits
s squarewave and triangle wave period
Multiply period (in seconds) by 5, convert to 4 hex digits.
t squarewave On period (Digital I, ZeL, ZeM, ZeN)
u squarewave Off period (digital ZeL, ZeM, ZeN)
For Digital ZeL divide period in seconds by 2.56, convert to 2 hex digits
For digital I, ZeM divide period in seconds (by 0.01*TRM) Convert to 2 hex digits
For digital ZeN divide period (in seconds) by (0.01*TRM) Convert 4 hex digits
v The number of samples contained in response.
w Individual sample 4 hex digits representing 16 bits.
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