Article View: sci.electronics
Article #14360SOLAR CELLS WITH HIGHPWER TO AREA RATIO
From: T.R. Rajha
Date: Fri, 21 Jun 1991 00:34
Date: Fri, 21 Jun 1991 00:34
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1342 bytes
I am looking for a solar cell that can charge a NiCd battery in a device while the device is in its standby mode. There are a few important considerations: The device will be used mostly indoors. Therefore the solar cell should be able to operate in the indoor ambient lighting including incandecent and fluorescent lights. The solar cell should have a high power to area ratio. It should be able to deliver a charge of approx. 50 mA at 4 volts It should fit in area of approx. 60 sq. cm If you are aware of the existence of solar cells that meet or atleast come close to meeting these specifications, please email me at rajha@girtab.usc.ed Thanks very much. S. Rajha Engg. Dept. Ph: (213) 783-7684 PMI/Asahi Corp. Fax: (213) 618-6821 P.O. Box 2914 Email: rajha@girtab.usc.ed Torrance, CA 90509
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Path: arc1-ca.pugleaf.net!utzoo!utgpu!news-server.csri.toronto.edu!cs.utexas.edu!usc!chaph.usc.edu!girtab.usc.edu!rajha From: rajha@girtab.usc.edu (T.R. Rajha) Newsgroups: sci.electronics,sci.energy Subject: SOLAR CELLS WITH HIGHPWER TO AREA RATIO Message-ID: <17973@chaph.usc.edu> Date: 21 Jun 91 00:34:11 GMT Sender: news@chaph.usc.edu Followup-To: sci.electronics Organization: University of Southern California, Los Angeles, CA Lines: 27 Nntp-Posting-Host: girtab.usc.edu Originator: rajha@girtab.usc.edu