Programmable DC Power Supplies
XHR Series - 1 kW


1000 Watts from a 120 V / 15 A Outlet

XHR provides 1000 watts of programmable DC power in a compact half-rack package. It is available in eighteen 1 kW models. 

Its unique features and size make XHR ideal for OEM applications where high power and wide adjustment of output voltage or current is required, and a compact half-rack configuration is advantageous.

 

It is stackable with a small foot print, front panel binding post connectors and a low current requirement that allows it to be plugged 

into a standard 120 VAC, 15 A circuit. State-of-the-art zero voltage or "soft" switching technology virtually eliminates switching 

transients for high efficiency, low noise and high reliability. XHR is also power-factor-corrected for low current draw 

(only 11 A at 120 VAC for 1000 watts) and reduced generation of input current harmonics.

 

The half-rack XHR is ideal as a "companion" for another half-rack instrument in a test system equipment console, eliminating the 

need for a blank panel while preserving vertical rack space. With a choice of rear and/or front panel connectors, XHR offers added system flexibility.

Features

 

- 85-250 VAC universal input
- Standby mode
- Constant voltage or constant current operation with automatic crossover and mode indication
- Analog programming
- LabView® and LabWindows® drivers
- CE, CSA, UL approvals

Options

  • GPIB Interface Card (16 Bit)

  • RS-232 Interface Card (16 Bit)

  • Isolated Interface Card (ISOL)

  • Locking knobs for front panel controls

  • No front binding posts

  • Recessed front panel potentiometers

  • Locking knobs for front panel controls

  • 19" rack mount kit for two XHR power supplies

 

Model

Voltage

Current

XHR 7.5-130 7.5V 130A
XHR 20-50 20V 50A
XHR 33-33 33V 33A

 XHR 40-25

40V

25A

XHR 60-18

60V

18A

XHR 100-10

100V

10A

XHR 150-7

150V

7A

XHR 300-3.5

300V

3.5A

XHR 600-1.7

600V

1.7A

 

 

 

Copyright © 2003 Adonai Electronics Services. All rights reserved.
Revised: May 11, 2007