Instructions

44
A? Return the set Level of Level A.
The response is: A
<NR2>U<RMT>
where the <NR2> is followed by a unit’s suffix determined by the load mode.
B? Return the set Level of Level B.
The response is: B
<NR2>U<RMT>
where the <NR2> is followed by a unit’s suffix determined by the load mode.
DROP <NRF>
Set the Dropout Voltage level to <NRF>, in Volts.
DROP? Returns the set Dropout Voltage level.
The response is: DROP <NR2>V<RMT> where <NR2> is in Volts.
SLEW <NRF> Set the Slew rate to <NRF>, in unit/s (units of the present Load Mode) using an
exponent as required.
SLEW? Returns the set Slew rate.
The response is: SLEW
<NR3>U<RMT> where <NR3> is in Unit/s with the Unit
determined by the present load mode and an exponent part as required.
SLOW <NRF>
Set Slow Start facility on or off, where <NRF> has the meaning: 0=Off, 1=On.
SLOW? Returns the setting of the Slow Start facility.
The response is: SLOW <NR1><RMT> where <NR1> is either 0 (=Off) or 1 (= On)
LVLSEL <CPD> Set the Active Level Select to <CPD> Where <CPD> can be A, B, T, V or E
corresponding to Level A, Level B, Transient, Ext Voltage and Ext TTL.
LVLSEL? Returns the Level Select state.
The response is: LVLSEL
<CRD><RMT> Where <CRD> can be A, B, T, V or E
corresponding to Level A, Level B, Transient, Ext Voltage and Ext TTL.
FREQ <NRF>
Set the Transient Frequency to <NRF>, in Hz.
FREQ? Returns the set Transient Frequency.
The response is: FREQ <NR2> HZ <RMT> where <NR2> is in Hz.
DUTY <NRF>
Set the Transient Duty Cycle (%A) to <NRF>, in percent (rounded to integer).
DUTY? Returns the set Transient Duty Cycle (%A).
The response is: DUTY <NR1>%<RMT> where <NR1> is a percentage.
VLIM <NRF>
VLIM <CPD>
Set the Voltage Limit to <NRF>. Either VLIM 0 or alternatively
VLIM NONE disables and removes any voltage limit.
VLIM? Returns the Voltage limit. The response is:
VLIM
<NR2>V<RMT> where <NR2> is in Volts, or
VLIM 0V<RMT> if no voltage limit is set.
ILIM <NRF>
ILIM <CPD>
Set the Current limit to <NRF>. Either ILIM 0 or alternatively
ILIM NONE disables and removes any current limit.
ILIM? Returns the Current Limit. The response is either:
ILIM
<NR2>A<RMT> where <NR2> is in Amps, or
ILIM 0A<RMT> if no current limit is set.
INP <NRF>
Set the input on or off where <NRF> has the meaning: 0=Off, 1=On.
INP? Returns the input state.
The response is INP <NR1><RMT> where <NR1> is either 0 (=Off) or 1 (= On).
V? Returns the measured source input voltage.
The response is <NR2>V<RMT> where <NR2> is in Volts.
I? Returns the measured load current
The response is <NR2>A<RMT> where <NR2> is in Amps.