Sub-system Search

FETCh | READ | MEASure subsystem | INPut subsystem | SENSe subsystem
SOURce subsystem | STATus subsystem | SYSTem subsystemm | TRIGger subsystem
Other commands | IEEE488.2 common commands

 FETCh | MEASure subsystem
Queries the measured data.
FETC:IMP
FETC:ARR:IMP
Measured value of Impedance measurement (magnitude)
FETC:IMP:RES
FETC:ARR:IMP:RES
Measured value of Impedance measurement (resistance)
FETC:IMP:REAC
FETC:ARR:IMP:REAC
Measured value of Impedance measurement (reactance)
FETC:IMP:PHAS
FETC:ARR:IMP:PHAS
Measured value of Impedance measurement (phase angle)
FETC:VOLT
FETC:ARR:VOLT
Measured value of voltage output
FETC:VOLT:CYCL
FETC:ARR:VOLT:CYCL
Voltage measurement (Voltage synchronized to the impedance measurement)
FETC:CURR
FETC:ARR:CURR
Measured value of current output
FETC:CURR:CYCL
FETC:ARR:CURR:CYCL
Current measurement (Current synchronized to the impedance measurement)
Starts the measurement and queries the data.
READ:IMP
READ:ARR:IMP
Measured value of Impedance measurement (magnitude)
READ:IMP:RES
READ:ARR:IMP:RES
Measured value of Impedance measurement (resistance)
READ:IMP:REAC
READ:ARR:IMP:REAC
Measured value of Impedance measurement (reactance)
READ:IMP:PHAS
READ:ARR:IMP:PHAS
Measured value of Impedance measurement (phase angle)
READ:VOLT
READ:ARR:VOLT
Measured value of voltage output
READ:VOLT:CYCL
READ:ARR:VOLT:CYCL
Voltage measurement (Voltage synchronized to the impedance measurement)
READ:CURR
READ:ARR:CURR
Measured value of current output
READ:CURR:CYCL
READ:ARR:CURR:CYCL
Current measurement (Current synchronized to the impedance measurement)
Resets a portion of the settings to default, starts the measurement, and queries the data.
MEAS:IMP
MEAS:ARR:IMP
Measured value of Impedance measurement (magnitude)
MEAS:IMP:RES
MEAS:ARR:IMP:RES
Measured value of Impedance measurement (resistance)
MEAS:IMP:REAC
MEAS:ARR:IMP:REAC
Measured value of Impedance measurement (reactance)
MEAS:IMP:PHAS
MEAS:ARR:IMP:PHAS
Measured value of Impedance measurement (phase angle)
MEAS:VOLT
MEAS:ARR:VOLT
Measured value of voltage output
MEAS:VOLT:CYCL
MEAS:ARR:VOLT:CYCL
Voltage measurement (Voltage synchronized to the impedance measurement)
MEAS:CURR
MEAS:ARR:CURR
Measured value of current output
MEAS:CURR:CYCL
MEAS:ARR:CURR:CYCL
Current measurement (Current synchronized to the impedance measurement)
>>TOP
 INPut subsystem
INP Load on/off
INP:PROT:CLE Alarm clear
INP:SST:FALL Soft start falling edge
INP:SST:RISE Soft start rising edge
INP:SST:RTIM Remaining time
INP:SENS:CURR CURRENT SENSING channel
INP:SENS:VOLT VOLTAGE SENSING channel
>>TOP
 SENSe subsystem
IMP:CURR:AC Averaging period of the measured value
IMP:CURR:AC:RAT Measuring AC current (percentage)
IMP:CURR:AC:FREQ Measuring frequency
IMP:CURR:PULS:DEPT Pulse depth (current)
IMP:CURR:PULS:DEPT:RAT Pulse depth
IMP:CURR:PULS:TRAN Pulse transition time
IMP:CURR:PULS:WIDT Pulse width
IMP:AVER:MOV:CLE Moving average area
IMP:AVER:MOV:COUN Moving average count
IMP:SAMP:POS Sampling start position
IMP:SAMP:REG Sampling region
METH Measurement method
VOLT:PROT:LOW Voltage sensing undervoltage protection
VOLT:PROT:LOW:DEL Voltage sensing undervoltage protection delay time
>>TOP
 SOURce subsystem
SOUR:CURR AC current limit
SOUR:CURR:EXT External electronic load DC current
SOUR:CURR:RANG Electronic load DC current range
SOUR:VOLT Voltage of PLZ-4W Series
SOUR:VOLT:RANG Voltage range of PLZ-4W Series
SOUR:VOLT:PROT:LOW Undervoltage protection
SOUR:POW:PROT PLZ4W OPP activation voltage of the electronic load DC voltage
>>TOP
 STATus subsystem
STAT:OPER Queries the event *1
STAT:OPER:COND Queries the condition of the register *1
STAT:OPER:ENAB Enable register *1
STAT:OPER:PTR Positive transition *1
STAT:OPER:NTR Negative transition *1
STAT:OPER:MEAS Queries the event *2
STAT:OPER:MEAS:COND Queries the condition of the register *2
STAT:OPER:MEAS:ENAB Enable register *2
STAT:OPER:MEAS:PTR Positive transition *2
STAT:OPER:MEAS:NTR Negative transition *2
STAT:OPER:TRIG Queries the event *3
STAT:OPER:TRIG:COND Queries the condition of the register *3
STAT:OPER:TRIG:ENAB Enable register *3
STAT:OPER:TRIG:PTR Positive transition *3
STAT:OPER:TRIG:NTR Negative transition *3
STAT:OPER:PROT Queries the event *4
STAT:OPER:PROT:COND Queries the condition of the register *4
STAT:OPER:PROT:ENAB Enable register *4
STAT:OPER:PROT:PTR Positive transition *4
STAT:OPER:PROT:NTR Negative transition *4
STAT:PRES Constructing status data
STAT:QUES Queries the event *5
STAT:QUES:COND Queries the condition of the register *5
STAT:QUES:ENAB Enable register *5
STAT:QUES:PTR Positive transition *5
STAT:QUES:NTR Negative transition *5
*1 OPERation status register
*2 OPERation:MEASuring status register
*3 OPERation:TRIGger status register
*4 OPERation:PROTecting status register
*5 QUEStionable status register
>>TOP
 SYSTem subsystem
SYST:COMM:SER:PACE Flow conrol condition
SYST:ERR Reads the error information
SYST:LOC Go To Local
SYST:REM Remote Enable
SYST:RWL Local Lock Out
SYST:VERS SCPI revision
>>TOP
 TRIGger subsystemm
ABOR Aborts the sequence 1 and 2 operations
INIT Start the trigger function
INIT:SEQ Sequence 1: Start the trigger function
INIT:SEQ2 Sequence 2: Start the trigger function
INIT:SEQ:WAV Sequence 1: Starts the trigger function while holding the voltage and current waveform data
TRIG:COUN Sequence 1: Trigger count
TRIG:SOUR Sequence 1: Trigger-wait status
TRIG:TIM Sequence 1: Trigger time setting
TRIG:SEQ2:COUN Sequence 2: Trigger count
TRIG:SEQ2:SOUR Sequence 2: Trigger-wait status
TRIG:SEQ2:TIM Sequence 2: Trigger time setting
>>TOP
 Other commands
FORM:BORD Data transmission/recording mode
FORM:PAGE:LENG Length of the data to be transferred
FORM:PAGE:STAR Start point of the data to be transferred
TRAC Voltage waveform data or current waveform data
>>TOP
 IEEE488.2 common commands
*CLS Clears the status data structures.
*ESE Sets the event status enable register bits.
*ESR Queries the event status register.
*IDN Queries the identification string (manufacturer information).
*OPC Causes the device to generate the operation complete message in the event status register when all pending selected device operations have been finished.
*RCL Recalls the contents saved to the memory.
*RST Performs a device reset. Configures the KFM2150 to a known condition independent from the usage history of the device.
*SAV Saves the current settings to the memory.
*SRE Sets the service request enable register bits.
*STB Reads the status byte and master summary status bits.
*TRG Trigger command
*TST Since there is no self-test function built into the KFM2150.
*WAI Prevents the device from executing subsequent commands or queries until the No Operation Pending flag becomes true.
>>TOP