All power modules have an internal turn-on delay that applies from the time that the command to turn
on the output is received until the output actually turns on. This turn-on delay is automatically added
to the On Delays values. The turn-on delay does not apply when outputs turn off. To view the delay,
select the Output Coupling button.
Normally, the firmware automatically calculates the delay offset based on the longest minimum turn-
on delay of the installed power modules. However, if you will be excluding some outputs from
participating in an output on/off delay sequence as described Step 3, the delay offset may be different
based on the outputs that you will actually be sequencing. The minimum turn-on delays of the power
modules are documented in the
Step 3 – Coupling selected outputs:
This step is only required if you will be excluding some outputs from participating in an
output on/off delay sequence, or if you are coupling multiple mainframes, If all four
outputs on a single mainframe are to be used in the sequence, you can skip this step.
In the Output On/Off Delays window, navigate to and select the Output Coupling Button.
Under Coupled Channels, select the outputs that will be coupled. Outputs excluded from an output
on/off delay sequence can be put to other uses. Turning the output on or off on any coupled output will
cause all coupled outputs to turn on or off according to their user-programmed delays.
Mode – If the Mode setting is set to Auto, the delay offset is automatically calculated by the firmware
based on the outputs that are coupled. This is displayed in the Delay Offset field. To manually program
a different delay offset, change the Mode setting to Manual.
Keysight N6705C Operating and Service Guide
Keysight N6700 DC Power Analyzer Family Specifications
3 Using the Source Functions
Guide.
83
Need help?
Do you have a question about the N6705C and is the answer not in the manual?