Boonton 4530 Peak Power Meter User Manual - Manual (Page 132)

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Chapter 4 Boonton Electronics
Remote Operation 4530 Series RF Power Meter
MEMory:SYS[1 | 2 | 3 | 4]:LOAD recall stored instrument setup from setup memory location 1 thru 4.
MEMory:SYS[1 | 2 | 3 | 4]:STORe store instrument setup in setup memory location 1 thru 4.
MEMory:FDOFfset:TBLA:DATA <asc> set/return data array for frequency-dependent offset table A
MEMory:FDOFfset:TBLB:DATA <asc> set/return data array for frequency-dependent offset table B
OUTPut:{INTernal | EXTernal}:SIGNal <asc> set/return selected calibrator output state, <asc> = OFF, ON
OUTPut:{INTernal | EXTernal}:LEVel <n> set/return selected calibrator output level, <n> = -60.0 to +20.0 dBm
OUTPut:EXTernal:MODulation <asc> set/return external calibrator modulation, <asc> = CW, PULSE
OUTPut:EXTernal:PULse:PERiod <asc> set/return external calibrator pulse period, <asc> = .1, 1, 10 ms
OUTPut:EXTernal:PULse:DCYC <asc> set/return external calibrator pulse duty cycle, <asc> = 10 to 90 %
OUTPut:EXTernal:PULse:SOURce <asc> set/return external calibrator modulation source, <asc> = INT, EXT
OUTPut:RECOrder:SIGNal <asc> set/return Recorder Output state, <asc> = OFF, ON
OUTPut:RECOrder:SOURce <asc> set/return Recorder Output source, <asc> = CH1, CH2
OUTPut:RECOrder:MEAS <asc> set/return Recorder function, <asc> = AUTO, MANUAL, ALARM
OUTPut:RECOrder:POLarity <asc> set/return Recorder Output polarity, <asc> = UNIPOLAR, BIPOLAR
OUTPut:RECOrder:MIN <n> set/return Recorder Output dnscale level, <n> = -100.00 to +100.00 dBm
OUTPut:RECOrder:MAX <n> set/return Recorder Output fullscale level, <n> = -100.00 to +100.00 dBm
OUTPut:RECOrder:FORCE <n> set/return Recorder Output level directly, <n> = -10.0 to +10.0 volts
OUTPut:RECOrder:CALibration:SLOPe <n> set/return Recorder Output slope adjustment, <n> = -10.00 to +10.00%
OUTPut:RECOrder:CALibration:ZERO <n> set/return Recorder Output zero adjustment, <n> = -1.000 to +1.000 volts
OUTPut:RECOrder:CALibration:SAVE save Recorder Output adjustments to non-volatile calibration memory
READ[1 | 2]:CW:POWer? perform measurement, return new average reading in power units
READ[1 | 2]:CW:VOLTage? perform measurement, return new average reading in voltage units
READ[1 | 2]:MARKer[1 | 2]:POWer? perform measurement, return reading at the specified marker
READ[1 | 2]:ARRay:MARKer:POWer? perform measurement, return readings at both markers
READ[1 | 2]:ARRay:MARKer:PERcent? perform measurement, return statistical percent at both markers
READ[1 | 2]:ARRay:CW:POWer? perform measurement, return array of power readings
READ[1 | 2]:ARRay:CW:VOLTage? perform measurement, return array of voltage readings
READ[1 | 2]:ARRay:PULse:POWer? perform measurement, return array of marker measurements
READ[1 | 2]:ARRay:AMEAsure:TIMe? perform measurement, return array of automatic pulse timing measrmnts
READ[1 | 2]:ARRay:AMEAsure:POWer? perform measurement, return array of automatic pulse pwr measurmnts
SENSe[1 | 2]:AVERage <n> set/return trace averaging count, <n> = 1 to 4096
SENSe[1 | 2]:BANDwidth <asc> set/return sensor video bandwidth, <asc> = LOW, HIGH
SENSe[1 | 2]:CORRection:OFFset <n> set/return sensor offset value in dB, <n> = -100.00 to +100.00 dB
SENSe[1 | 2]:CORRection:FREQuency <n> set/return sensor measurement frequency in GHz, <n> = 0.001 to 110.00
SENSe[1 | 2]:CORRection:CALFactor <n> set/return sensor cal factor in dB, <n> = -3.00 to +3.00 dB
SENSe[1 | 2]:CORRection:FDOFfset <asc> set/return current freq dependent offset table, <asc> = OFF, TBLA, TBLB
SENSe[1 | 2]:CORRection:TEMPComp <asc> set/return peak sensor temperature compensation state, <asc> = OFF, ON
SENSe[1 | 2]:FILTer:STATe <asc> set/return filter state, <asc> = OFF, ON, AUTO
SENSe[1 | 2]:FILTer:TIMe <n> set/return filter time, <n> = 0.01 to 15.00 seconds
SENSe[1 | 2]:IMPEDance <n> set/return voltage probe sensor impedance for power calculations
Table 4-1 Remote Command Summary (Cont)