Aim-TTI CPX400S - Page 32

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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
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.
System and Status Commands
*CLS Clear Status. Clears the Status structure. This indirectly clears the Status Byte
Register.
EER?
Query and clear Execution Error Register. The response format is nr1<
RMT
>.
*ESE <NRF>
Set the Standard Event Status Enable Register to the value of <NRF>
*ESE?
Returns the value in the Standard Event Status Enable Register in <
NR
1>
numeric format. The syntax of the response is <
NR
1><
RMT
>