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Programmable Triple Output DC Power Supplies

9130B Series

3

Flexible operation

Combined series mode

Channels 1 and 2 can be wired in series to

increase the voltage. Selecting Series Combined

Mode provides convenient metering of the

channels connected in series.

Test system integration

These power supplies offer standard USB, RS-232, and GPIB interfaces to facilitate test system

development and integration. The 9130B Series supports SCPI-compliant protocols and come with

LabVIEW™ drivers.

Application software

PC software is provided for front panel emulation, generating and executing test sequences or logging

measurement data without the need to write source code.

I

Remote monitoring on iOS, Android, or Windows 8 compatible tablets or smartphones via NI Data

Dashboard for LabVIEW apps.

I

Log voltage, current, and power values of each channel as well as timestamp, CV/CC mode, and output

status.

I

Quickly develop a custom dashboard with indicators, charts, or gauges to monitor your power supply.

I

Create an unlimited number of external list files to be executed from PC memory. Save and recall list

files to/from the PC.

Channels 1 and 2, 2 and 3, or All channels can

be wired in parallel to increase the current.

Selecting Parallel Combined Mode provides

convenient metering of the channels connected

in parallel.

Ch1 and Ch2 in Series mode

All Channels in Parallel mode

Tracking mode options

Ch1 and Ch2 in Tracking mode

Tracking mode

Tracking mode can be used to simplify

adjustments across multiple channels by

maintaining a user-defined ratio between outputs.

Tracking mode can be set on channels 1 and 2, 2

and 3, or All channels.

Combined parallel mode

Bipolar output configuration

+VDC

OVDC

+

Channel 2

Channel 1

-VDC

Remote control and programming

Track

CH1+CH2

CH2+CH3

ALL

60.000V

20.000V

5.000V

3.000A

1.000A

3.000A

5.000V

Para

Para

9.000A

ALL

ALL

120.00V

Series

5.000V

3.000A

CH1+2

3.000A

This feature is useful for powering bipolar

circuits and devices.

The independent and isolated outputs can be

used to create positive and negative outputs

between channels 1 and 2.