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


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) 


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 


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 


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 PLZ4W Series  
SOUR:VOLT:RANG  Voltage range of PLZ4W Series  
SOUR:VOLT:PROT:LOW  Undervoltage protection  
SOUR:POW:PROT  PLZ4W OPP activation voltage of the electronic load DC voltage 


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 


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 


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: Triggerwait status  
TRIG:TIM  Sequence 1: Trigger time setting  
TRIG:SEQ2:COUN  Sequence 2: Trigger count  
TRIG:SEQ2:SOUR  Sequence 2: Triggerwait status  
TRIG:SEQ2:TIM  Sequence 2: Trigger time setting 


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 


*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 selftest function built into the KFM2150.  
*WAI  Prevents the device from executing subsequent commands or queries until the No Operation Pending flag becomes true. 