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V<N>? Returns the set voltage of output <N>
The response is V <
N> <NR2><RMT> where <NR2> is in Volts
I<
N>? Returns the set current limit of output <N>
The response is I <
N> <NR2><RMT> where <NR2> is in Amps
OVP<
N>? Returns the voltage trip setting for output <N>
The response is VP<
N> <NR2><RMT> where <NR2> is in Volts
OCP<
N>? Returns the current trip setting for output <N>
The response is CP<
N> <NR2><RMT> where <NR2> is in Amps
V<
N>O? Returns the output readback voltage for output <N>
The response is <
NR2>V<RMT> where <NR2> is in Volts
I<
N>O? Returns the output readback current for output <N>
The response is <
NR2>A<RMT> where <NR2> is in Amps
DELTAV<
N> <NRF> Set the output <N> voltage step size to <NRF> Volts
DELTAI<
N> <NRF> Set the output <N> current step size to <NRF> Amps
DELTAV<
N>? Returns the output <N> voltage step size
The response is DELTAV<
N> <NR2><RMT> where <NR2> is in Volts.
DELTAI<
N>? Returns the output <N> current step size
The response is DELTAI<
N> <NR2><RMT> where <NR2> is in Amps.
INCV<
N> Increment the output <N> voltage by the step size set for output <N>
INCV<
N>V Increment the output <N> voltage by the step size set for output <N> and verify.
DECV<
N> Decrement the output <N> voltage by the step size set for output <N>
DECV<
N>V Decrement the output <N> voltage by the step size set for output <N> and verify
INCI<N> Increment the output <N> current limit by the step size set for output <N>
DECI<
N> decrement the output <N> current limit by the step size set for output <N>
OP<
N> <NRF> set output <N> on/off where <NRF> has the following meaning: 0=OFF, 1=ON
OPALL <
NRF> Simultaneously sets all outputs on/off where <NRF> has the following meaning:
0=ALL OFF, 1=ALL ON.
If OPALL sets all outputs ON then any that were already on will remain ON
If OPALL sets all outputs OFF then any that were already off will remain OFF
OP<
N>? Returns output <N> on/off status.
The response is <
NR1><RMT> where 1 = ON, 0 = OFF.
TRIPRST Attempt to clear all trip conditions.
LSR<
N>? Query and clear Limit Event Status Register <N>.
The response is <
NR1><RMT>. See Status Reporting section for details.
LSE<
N> <NRF> Set the value of LSE<N>, Limit Event Status Enable Register <N>, to <NRF>
LSE<
N>? Return the value of LSE<N>, Limit Event Status Enable Register <N> - response
is <
NR1><RMT>
SAV<
N> <NRF> Save the current set-up of output <N> to the set-up store specified by <NRF>
where <
NRF> can be 0-9.
RCL<
N> <NRF> Recall a set up for output <N> from the set-up store specified by <NRF> where
<
NRF> can be 0-9.
CONFIG <
NRF> Sets operating mode, where <NRF> is 2 is for outputs operating independently
and 0 for voltage tracking mode.
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