Home > Products > Power Supplies > Programmable Single Output DC Power Supplies > Model VSP12010

0-120V, 0-10A High Power Switching Power Supply
Model VSP12010 (The VSP12010 has been discontinued.)

Discontinued Instrument Trade-in Program

The VSP12010 was DISCONTINUED on January 1st, 2010 and was replaced by the XLN10014.

You may upgrade your discontinued VSP12010 with a new XLN10014 at a saving.
We even cover shipping costs to your U.S. address.

 

XLN10014 Retail Price: $2,275.00
Your Savings: -$568.75**
Price w/ Trade-in: $1,706.25*

* CA residents add 8.75% Sales Tax
** savings on new instrument + USD $20.00 savings on shipping cost

 

Model XLN10014

View model overview

• Overview
• Documentation
• Software

The VSP Power Supply series utilizes modern switch mode technology to produce high-power, low-noise switching supplies that cost around twenty five percent less than linear supplies with the same power. The VSP series offers as much as 1.2 kilowatts in a 19 inch rack mountable chassis that measures just 1U (1.75 inches) in height. The VSP series power supplies can provide precise output voltage control via manual tuning utilizing front panel mounted ten-turn potentiometers or by remote control from an RS 232 interface (provided on standard VSP models) or by GPIB interface (add "GPIB" to the model number for a VSP with GPIB interface instead of RS 232). All models have remote sensing capabilities to automatically maintain desired voltage levels at the load.

• Provides 1.2 kilowatts at 20V, 40V, 60V and 120V output voltages (output voltages vary between different models)
• Compact 1U (1.75 in by 19 inch rack mountable chassis) is just a home on a bench as it is in a Rack
• Up to nine units can be cascaded, producing more than 10 kilowatts of DC power
• Front-to-back air flow allows full power operation without space between supplies
• Output on/off switch on front of unit
• RS 232 interface

• Datasheet (PDF file)
• Manual (PDF file)
• Product FAQs
• Q: How do I get the trip light to stop flashing?
  A: Turn the OVP screw up until the Over Voltage Protection is about 2-3 volts above the limit.
• Specifications

Version	Note	File Size	Date	File Link
V1.1	LabVIEW Driver	165.07 KB	03/6/2007	LV_VSP

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