Boonton 4530 Peak Power Meter User Manual - Manual (Page 133)

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Boonton Electronics Chapter 4
4530 Series RF Power Meter Remote Operation
SENSe[1 | 2]:PULse:DISTal <n> set/return pulse distal level in percent of top power, <n> = 0 to 100%
SENSe[1 | 2]:PULse:MESIal <n> set/return pulse mesial level in percent of top power, <n> = 0 to 100%
SENSe[1 | 2]:PULse:PROXimal <n> set/return pulse proximal level in % of top power, <n> = 0 to 100%
SENSe[1 | 2]:PULse:UNITs <asc> set/return power units used for DIST, MESI and PROX arguments
SENSe[1 | 2]:PULse:STARTGT <n> set/return pulse gate start in % of pulse duration, <n> = 0 to 40%
SENSe[1 | 2]:PULse:ENDGT <n> set/return pulse gate end in % of pulse duration, <n> = 60 to 100%
SENSe[1 | 2]:HIST:COUNt <n> set/return the number of histogram bins to return, <n> = 0 to 4096
SENSe[1 | 2]:HIST:INDEX <n> set/return index of first histogram bin to return, <n> = 0 to 4095
SENSe[1 | 2]:HIST:DATA? return “count” bin values from the signal histogram, starting at “index”
SENSe[1 | 2]:CALTAB:COUNt <n> set/return the number of cal table values to return, <n> = 0 to 4096
SENSe[1 | 2]:CALTAB:INDEX <n> set/return index of first cal table value to return, <n> = 0 to 4095
SENSe[1 | 2]:CALTAB:DATA? return “count” power values from the cal table, starting at “index”.
SENSe[1 | 2]:MBUF:SIZe <n> set/return the number readings needed to fill meas buffer, <n> = 0 to 4096
SENSe[1 | 2]:MBUF:RATe <n> set/return meas buffer rate for Mod & CW, <n> = 1 to 1000 rdgs/sec
SENSe[1 | 2]:MBUF:POSition? return current acquisition index position of measurement buffer
SENSe[1 | 2]:MBUF:COUNt <n> set/return the number of meas buffer readings to return, <n> = 0 to 4096
SENSe[1 | 2]:MBUF:INDEX <n> set/return index of first meas buffer reading to return, <n> = 0 to 4095
SENSe[1 | 2]:MBUF:DATA? return “count” stored readings from the meas buffer, starting at “index”
SENSe[1 | 2]:SBUF:MODE <asc> set/return status of user defined sample buffer, <asc> = ON, OFF
SENSe[1 | 2]:SBUF:PERiod <n> set/return the A/D sampling period, <n> = 5 to 12,500
SENSe[1 | 2]:SBUF:PREsamp <n> set/return the number of samples before the trigger, <n> = 0 to 12,000
SENSe[1 | 2]:SBUF:POSTsamp <n> set/return the number of samples after the trigger, <n> = 0 to 12,000
SENSe[1 | 2]:SBUF:COUNt<n> set/return the total number of samples to return, <n> = 1 to 12,000
SENSe[1 | 2]:SBUF:INDEX <n> set/return the index of next data point relative to trigger position
SENSe[1 | 2]:SBUF:DATA? return “count” power samples from captured buffer starting at “index”.
SENSe[1 | 2]:TEMPerature? return sensor internal temperature in degrees Celsius
SENSe[1 | 2]:CALTemp? return sensor calibration temperature in degrees Celsius
STATus:PRESet set device dependent SCPI and device status registers
STATus:OPERation:EVENt? return value of Operation Status Register
STATus:OPERation:CONDition? return value of Operation Condition Register (unlatched)
STATus:OPERation:ENABle <n> set/return value of Operation Enable Mask, <n> = 0 to 32767
STATus:QUEStionable:EVENt? return value of Questionable Status Register
STATus:QUEStionable:CONDition? return value of Questionable Condition Register (unlatched)
STATus:QUEStionable:ENABle <n> set/return value of Questionable Enable Mask, <n> = 0 to 32767
SYSTem:BEEP <asc> set/return keypad audible beeper status, <asc> = ON, OFF
SYSTem:ERRor[:NEXT]? return next queued error code number and description
SYSTem:COMMunicate:SERial:BAUD <n> set/return serial port baud rate, <n> = 1200 to 38400 baud
SYSTem:COMMunicate:SERial:BITS <n> set/return number of serial port data bits, <n> = 7 or 8
SYSTem:COMMunicate:SERial:SBITs <n> set/return number of serial port stop bits, <n> = 1 or 2
SYSTem:COMMunicate:SERial:PARity <asc> set/return state of serial port parity bit, <asc> = NONE, ODD, EVEN
SYSTem:COMMunicate:SERial:CONTrol:RTS <asc> set/return serial RTS handshake mode: OFF, ON
Table 4-1 Remote Command Summary (Cont)