Voltage:step {<numeric value>|default, Voltage:step? {default, Voltage:triggered {<voltage>| minimum | maximum – Agilent Technologies E3632A User Manual

Page 89: Voltage:triggered? [minimum | maximum, Voltage:protection {<voltage>|minimum|maximum

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Chapter 4 Remote Interface Reference

Output Setting and Operation Commands

86

VOLTage:STEP {<numeric value>|DEFault}

This command sets the step size for voltage programming with the

VOLT UP

and

VOLT DOWN

commands. See the above example in the previous page.

To set the step size to the minimum resolution, set the step size to ‘‘DEFault’’.

The minimum resolution of the step size is approximately 0.55 mV. The

VOLT:STEP? DEF

returns the minimum resolution of your instrument. The

immediate voltage level increases or decreases by the value of the step size.

For example, the output voltage will increase or decrease 10 mV if the step size

is 0.01.

This command is useful when you program the power supply to the

allowed

minimum resolution. At

*RST

, the step size is the value of the minimum

resolution.

VOLTage:STEP? {DEFault}

This query returns the value of the step size currently specified. The returned

parameter is a numeric value. ‘‘DEFault’’ gives the minimum resolution step

size in unit of volts.

VOLTage:TRIGgered {<voltage>| MINimum | MAXimum}

This command programs the pending triggered voltage level. The pending

triggered voltage level is a

stored

value that is transferred to the output

terminals when a trigger occurs. A pending triggered level is not affected by

subsequent

VOLTage

commands.

VOLTage:TRIGgered? [MINimum | MAXimum]

This query returns the triggered voltage level presently programmed. If no

triggered level is programmed, the

VOLT

level is returned.

VOLT:TRIG? MAX

and

VOLT:TRIG? MIN

return the highest and lowest

programmable

triggered

voltage levels.

VOLTage:PROTection {<voltage>|MINimum|MAXimum}

This command sets the voltage level at which the overvoltage protection (OVP)

circuit will trip. If the peak output voltage exceeds the OVP level, then the

power supply output is

shorted

by an internal SCR. The Questionable Status

register ‘‘OV’’ bit is set (see page 101). An overvoltage condition can be cleared

with the

VOLT:PROT:CLE

command after the condition that caused the OVP

trip is removed.

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