105
Remote Commands Summary
*CLS
clears status byte register of the interface
*ESE <nrf>
sets the standard event status enable register to the value of <nrf>
*ESE?
returns the value in the standard event status enable register in <nr1>
*ESR?
returns the value in the standard event status register in <nr1>
*IDN?
returns the instrument identification
*IST?
returns IST local message as defined by IEEE Std. 488.2
*LRN?
returns the complete setup of the instrument as a binary data block
*OPC
sets the Operation Complete bit (bit 0) in the standard event status
register
*OPC?
returns always 1 to indicate the completion of sequential execution of
commands
*PRE <nrf>
sets the parallel poll enable register to the value <nrf>
*PRE?
returns the value in the parallel poll enable register in <nr1> numeric
format
*RCL <nrf>
recalls the instrument setup contained in store <nrf>
*RST
resets the instrument parameters to their default values
*SAV <nrf>
saves the complete instrument setup to the setup-file named <nrf>
*SRE <nrf>
sets the service request enable register to <nrf>
*SRE?
returns the value of the service request enable register in <nr1>
numeric format
*STB?
returns the value of the status byte register in <nr1> numeric format
*TRG
this command is the same as pressing the TRIGGER key
*TST?
the generator has no self-test capability and the response is always
0<rmt>
*WAI
waits for operation complete and executed before the next is started
ADDRESS?
returns the instruments address
ALIGN
sends signal to align zero phase reference of both channels
AMPL <nrf>
sets the amplitude to <nrf> in the units as specified by the AMPUNIT
command
AMPLCPLNG <cpd>
set amplitude coupling to <ON> or <OFF>
AMPLRNG <cpd>
sets the amplitude range to <AUTO> or <HOLD>
AMPUNIT <cpd>
sets the amplitude units to <VPP>, <VRMS> or <DBM>
ARB1 <bin>
loads the binary-data to an existing arbitrary waveform memory
location ARB1
ARB2<bin>
loads the binary-data to an existing arbitrary waveform memory
location ARB2
ARB3 <bin>
loads the binary-data to an existing arbitrary waveform memory
location ARB3
ARB4 <bin>
loads the binary-data to an existing arbitrary waveform memory
location ARB1
ARB1?
returns the binary-data from an existing arbitrary waveform memory l
ocation ARB1