I1O?
return the output readback current – response is <nr2>A<rmt> where <nr2>
is in Amps
RANGE1 <nrf>
set the voltage range to <nrf> where <nrf> has the following meaning:
XDL 35-5P
:
0=15V(5A), 1=35V(3A), 2=35V(500mA)
XDL
56-4P:
0=25V(4A), 1=56V(2A), 2=56V(500mA)
RANGE1?
return the set voltage range – response is R1 <nr1><rmt> where <nr1> has
the following meaning:
XDL
35-5P:
0=15V(5A), 1=35V(3A), 2=35V(500mA)
XDL
56-4P:
0=25V(4A), 1=56V(2A), 2=56V(500mA)
DELTAV1 <nrf> set the output voltage step size to <nrf> Volts
DELTAI1 <nrf>
set the output current step size to <nrf> Amps
DELTAV1?
return the output voltage step size – response is DELTAV1 <nr2><rmt>
where <nr2> is in Volts.
DELTAI1?
return the output current step size – response is DELTAI1 <nr2><rmt>
where <nr2> is in Amps.
INCV1
increment the output voltage by step size
INCV1V
increment the output voltage by step size with verify
DECV1
decrement the output voltage by step size
DECV1V
decrement output voltage by step size with verify
INCI1
increment the output current limit by step size
DECI1
decrement the output current limit by step size
OP1 <nrf>
set output on/off where <nrf> has the following meaning: 0=OFF, 1=ON
SENSE1 <nrf>
set output sense mode where <nrf> has the following meaning:
0=local, 1=remote
TRIPRST
attempt to clear all trip conditions
LOCAL
go to local
LSR1?
query and clear LSR1, the limit status register
−
response is <nr1><rmt>
LSE1 <nrf>
set the value of LSE1, the limit status enable register, to <nrf>
LSE1?
return the value of LSE1, the limit status enable register - response is
<nr1><rmt>
SAV1 <nrf>
save the current PSU set up to the set-up store specified by <nrf>
where <nrf> can be 0-9
RCL1 <nrf>
recall a set up for the PSU from the set-up store specified by <nrf>
where <nrf> can be 0-9
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