Kepco in Flushing, NY, US (United States)

www.kepcopower.com

Company Overview:

Kepco, an ISO 9001:2000 company founded in 1946, specializes in analog-controlled fast-programmable d-c power supplies, producing conventional & bi-directional outputs. Digital control is supported under GPIB, RS232, VXI & now, Ethernet, with the introduction of our first LXI (LAN eXtensions for Instrumentation) product, the KLP series. We offer industrial & OEM modular power supplies in single & multi-outputs. Many models are RoHS compliant & many offer forced current sharing for hot-swap & N+1 redundancy applications.

Kepco pioneered the modern power supply with the first programmable & first current stabilized power supply, the first automatic crossover (voltage & current) power supply, the bipolar (4-quadrant) power supply & the concept of the wide-band operational power supply. This continues today with the development of technologies that expand the conventional operating range by including a constant power locus.


Company Statistics: 

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Contact Details

Address:131-38 Sanford Ave, Flushing, NY, 11355, United States
Telephone:(718) 461-7006
Fax:(718) 767-1102
Documents: View Documents
 
 
 

Pages on Kepco's website :

Suffix number -1, -2, -3, etc. indicates the panel width in increments of 1/8 for standard 19" panel. Example: RCP -2-1 is a 1/8 width panel; RCP 10-2 is a 1/4 width panel, etc. 

MSP 1-1: Ckt. Breaker, Single Pole, 7.5 Amp. & Pilot MSP 2-1: Ckt. Breaker, Single Pole, 15 Amp. & Pilot MSP 3-1: 4 Test Points (2 pr.) MSP 4-1: 8 Test Points (4 pr.) (See Note 4) MSP 5-1: 4 LEDs (See Note 4) MSP 6-1: 8 LEDs (See Note 4) MSP 7-1: 2 Adj. Trimmers MSP 8-1: 4 Adj. 

After viewing the accompanying power assembly pages to understand Kepco's Power Assembly concept, use the Power Assembly Quote (below) to specify your custom power assembly. Even if you're not sure what extras you need, just give us the basic requirements. 

Electric power expressed as watts in d-c circuits is the product of the voltage and current (voltage times current). In a-c circuits the calculation is complicated by the need to take into account the shape of the voltage and current waveforms and their relative phase angle. 

Abstract: This paper deals with a power factor correction circuit based on the isolated boost converter. An additional circuit provides zero-voltage-transition (ZVT) switching while maintaining constant frequency operation. 

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