Dynamic Energy Burst Scaling for Transiently Powered Systems Andres Gomez∗ , Lukas Sigrist∗ , Michele Magno∗† , Luca Benini ∗† ,

First Page		Document Content
Date: 2015-11-25 08:17:38 Electric power conversion Voltage regulation Buck converter Boost converter Energy harvesting Supercapacitor Energy proportional computing Power electronics Switched-mode power supply Flyback converter		Dynamic Energy Burst Scaling for Transiently Powered Systems Andres Gomez∗ , Lukas Sigrist∗ , Michele Magno∗† , Luca Benini ∗† , Add to Reading List Source URL: www.tik.ee.ethz.ch Download Document from Source Website File Size: 873,30 KB Share Document on Facebook

	Enhancing Phase Change Memory Lifetime through Fine-Grained Current Regulation and Voltage Upscaling Lei Jiang †, Youtao Zhang ‡, Jun Yang † † Electrical and Computer Engineering Department University of Pittsbur DocID: 1uDm5 - View Document
	Model 1kw – 12 Output Voltage is adjustable from 8.75 to 14.5 Vdc. 75 Amp output. No RF noise! -90dB down with spectrum analyzer connected to the output of the supply. Regulation from no load to full load is less than DocID: 1tISR - View Document
	Model 2KWOutput Voltage is adjustable from 8.75 to 14.5 Vdc. 150 Amp output. No RF noise! -90dB down with spectrum analyzer connected to the output of the supply. Regulation from no load to full load is less than DocID: 1tDIC - View Document
	CONSTANT VOLTAGE OR CONSTANT CURRENT LED DRIVER WITH DIMMING Model: LD200W Series ● ● ● DocID: 1rt2b - View Document
	Office of Deregulation – Guidance Note MINISTERIAL LETTERS OF EXPECTATION TO REGULATORS As at 14 February 2014 DocID: 1rs3p - View Document