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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