R&S RTO6 - Simple frequency and amplitude measurement; 24.3.2.2 Setting reference levels; Manual reference level definition using relative values; Manual reference level definition using absolute values

Remote control commands
R&S
®
RTO6
1262User Manual 1801.6687.02 ─ 05
Simple frequency and amplitude measurement
SING;*OPC?
MEAS1:SOUR C1W1 // Configure frequency measurement
MEAS1:MAIN FREQ
MEAS1 ON
*OPC?
MEAS2:SOUR C1W1 // Configure amplitude measurement
MEAS2:MAIN AMPL
MEAS2 ON
*OPC?
MEAS1:RES:ACT? // Get frequency result
MEAS2:RES:ACT? // Get amplitude result
*OPC?
24.3.2.2 Setting reference levels
Command description in Chapter 24.12.15, "Reference levels", on page
1552
In the following example *OPC
prevents overlapping execution of asynchronous com-
mands.
Manual reference level definition using relative values
Reference levels are set to 15%, 50%, and 85% of the high signal level for waveform
C2W1 (= suffix 5).
REFLevel5:LDETection MANual
REFLevel5:LMODe REL
REFLevel5:RELative:MODE USER
REFLevel5:RELative:LOWer 15
REFLevel5:RELative:MIDDle 50
REFLevel5:RELative:UPPer 85
*OPC?
Manual reference level definition using absolute values
Set reference levels manually for waveform C1W1 (= suffix 2), defining high and low
signal levels and the distances between signal and reference levels.
REFLevel2:LDETection MANual
REFLevel2:LMODe ABS
REFLevel2:ABSolute:HIGH 0.12
REFLevel2:ABSolute:TDIStance 0.03
REFLevel2:ABSolute:Low -0.12
REFLevel2:ABSolute:BDIStance 0.04
*OPC?
REFLevel2:ABSolute:MLEVel?
<-- 0
Set reference levels manually for waveform C1W1 (= suffix 2) by defining upper and
lower reference levels and the distances between signal and reference levels.
Programming examples