GW Instek GDM-906 Series - Page 277

REMOTE CONTROL
277
MEASure2[:VOLTage]:DC?
Returns the DC voltage measurement value on the 2
nd
display.
Parameter: [None] | [Range(<NRf> | AUTO | MIN | MAX | DEF),
Resolution(<NRf> | MIN | MAX | DEF)]
Example: MEAS2:VOLT:DC? 1,MIN
> +4.88519457E-04
Returns the DC voltage measurement value as 0.000488 V.
●Autoranging (AUTO or DEFault), will generate an error if you specify a
<resolution> because the instrument cannot accurately resolve the
integration time (especially if the input continuously changes). If your
application requires autoranging, specify DEFault for the <resolution> or
omit the <resolution> altogether.
MEASure2[:VOLTage]:AC?
Returns the AC voltage measurement value on the 2
nd
display.
Parameter: [None] | [Range(<NRf> | AUTO | MIN | MAX | DEF)]
Example: MEAS2:VOLT:AC? MIN
> +5.11895142E-04
Returns the AC voltage measurement value as 0.5118 mV.
●Autoranging (AUTO or DEFault), will generate an error if you specify a
<resolution> because the instrument cannot accurately resolve the
integration time (especially if the input continuously changes). If your
application requires autoranging, specify DEFault for the <resolution> or
omit the <resolution> altogether.
MEASure2:CURRent[:DC]?
Returns the DC current measurement value on the 2
nd
display.
Parameter: [None] | [Range(<NRf> | AUTO | MIN | MAX | DEF),
Resolution(<NRf> | MIN | MAX | DEF)]
Example: MEAS2:CURR:DC? 1E-4
> -1.05580457E-07
Returns the DC current measurement value as -0.1055 uA.
●Autoranging (AUTO or DEFault), will generate an error if you specify a
<resolution> because the instrument cannot accurately resolve the
integration time (especially if the input continuously changes). If your
application requires autoranging, specify DEFault for the <resolution> or
omit the <resolution> altogether.
MEASure2:CURRent:AC?
Returns the AC current measurement value on the 2
nd
display.
Parameter: [None] | [Range(<NRf> | AUTO | MIN | MAX | DEF)]
Example: MEAS2:CURR:AC?
> +2.20387154E-07
Returns the AC current measurement value as 0.2203 uA.