Sub-system Search

CHANnel subsystem | INPut subsystem | SENSe and CONFigure subsystem
MEASure and TRIGger subsystem | STATus subsystem | SYSTem subsystemm
IEEE488.2 common commands

 CHANnel subsystem
CHAN:VOLT:TERM Specify the logical channel for voltage scanning and set the terminal and the scanned source
CHAN:VOLT:NSEL Specifies the logical channel for voltage scanning
CHAN:ROUT:TERM Specify the logical channel for impedance scanning and set the terminal and the scanned source
CHAN:ROUT:NSEL Specify the logical channel for impedance scanning
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 INPut subsystem
INP:PROT:CLE Releases the alarm
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 SENSe and CONFigure subsystem
CONF Queries the voltage range setting
CONF:VOLT Sets the voltage range, and sets the voltage protecction to default (the channel specified by CHAN:VOLT:NSEL)
CONF:VOLT:ALL Sets the voltage range, and sets the voltage protecction to default (all logical channels)
VOLT:PROT Sets the voltage protection (OVP) (the channel specified by CHAN:VOLT:NSEL)
VOLT:PROT:LOW Sets the voltage protection (UVP) (the channel specified by CHAN:VOLT:NSEL)
VOLT:RANG Sets the voltage range (the channel specified by CHAN:VOLT:NSEL)
VOLT:RANG:AUTO Sets the voltage range to auto (the channel specified by CHAN:VOLT:NSEL)
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 MEASure and TRIGger subsystemm
ABOR Aborts the measurement
INIT Start the voltage scanning
FETC Queries the voltage measurement data (the channel specified by CHAN:VOLT:NSEL)
FETC:ARR Queries the voltage measurement data (all logical channels)
READ Performs voltage scanning and queries the voltage measurement data (the channel specified by CHAN:VOLT:NSEL)
READ:ARR Performs voltage scanning and queries the voltage measurement data (all logical channels)
MEAS Resets the settings to default (the range can be set), performs voltage scanning, and queries the voltage measurement data (the channel specified by CHAN:VOLT:NSEL)
MEAS:ARR Resets the settings to default (the range can be set), performs voltage scanning, and queries the voltage measurement data (all logical channels)
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 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:PRES Constructing status data
STAT:QUES Queries the event *2
STAT:QUES:COND Queries the condition of the register *2
STAT:QUES:COND:LIST:OVP Queries the condition of bit 10 (OVP) of the QUEStionable status register *2
STAT:QUES:COND:LIST:UVP Queries the condition of bit 9 (UVP) of the QUEStionable status register *2
STAT:QUES:ENAB Enable register *2
STAT:QUES:PTR Positive transition *2
STAT:QUES:NTR Negative transition *2
*1 OPERation status register
*2 QUEStionable status register
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 SYSTem subsystem
SYST:ERR Reads the error information
SYST:FORM:INST:COUN Queries the number of KFM2151s that are connected
SYST:VERS SCPI revision
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 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.
*RST Performs a device reset. Configures the KFM2151 to a known condition independent from the usage history of the device.
*STB Reads the status byte and master summary status bits.
*TRG Trigger command
*TST Since there is no self-test function built into the KFM2151.
*WAI Prevents the device from executing subsequent commands or queries until the No Operation Pending flag becomes true.
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