VOLT:TRIG
Sets the AC voltage that is applied when INIT/INIT:NAME TRAN and a software trigger are sent.
This command is valid in AC mode and AC+DC mode (OUTP:COUP AC|ACDC).
Single-phase three-wire output or Three-phase output (optional): Sets the AC current upper limit of all phases at once.
Command
[SOURce:]VOLTage[:LEVel]:TRIGgered[:AMPLitude] {<numeric>|MINimum|MAXimum}
[SOURce:]VOLTage[:LEVel]:TRIGgered[:AMPLitude]? [{MINimum|MAXimum}]
Parameter
| Value | AC mode, 135V range: 0 to 137.5 AC mode, 270V range: 0 to 275.0 AC+DC mode, 135V range: This can only be set when the AC and DC voltages are within the settable ranges defined by the voltage limits and the AC+DC waveform peak is between -194 V and 194 V. AC+DC mode, 270V range: This can only be set when the AC and DC voltages are within the settable ranges defined by the voltage limits and the AC+DC waveform peak is between -388 V and 388 V. A SCPI error (-222, "Data out of range") occurs if outside the range. The default value is 0. |
AC mode, L range: 0 to 152.5 AC mode, H range: 0 to 305.0 AC+DC mode, L range: This can only be set when the AC and DC voltages are within the settable ranges defined by the voltage limits and the AC+DC waveform peak is between -215.5 V and 215.5 V. AC+DC mode, H range: This can only be set when the AC and DC voltages are within the settable ranges defined by the voltage limits and the AC+DC waveform peak is between -431 V and 431 V. A SCPI error (-222, "Data out of range") occurs if outside the range. The default value is 0. |
| Unit | V |
For the setting that is applied when *RST is sent, see this table
For the setting that is applied when *RST is sent, see this table
For the setting that is applied when *RST is sent, see this table
Response
Response
Returns the target value to which the AC voltage is to change using a trigger in NR3 format in response to VOLT:TRIG?.
In case of the single-phase three-wire output, CURR? returns a comma-separated list of the target value <NR3> to which the AC voltage is to change using a trigger for U and V phases.
In case of the three-phase output, CURR? returns a comma-separated list of target value <NR3> to which the AC voltage is to change using a trigger for U, V, and W phases.
AC Power Supply PCR-LE series