Solar battery
General
Description
Originally broadcast as a segment of the television program Johns Hopkins science review on July 29, 1954 from the studios of WAAM in Baltimore, Md. Black and white. Lynn Poole, producer; Kennard Calfee, Herbert B. Cahan, directors; Joel Chaseman, narrator; produced by WAAM television station in Baltimore, Md. for the Dumont Network. Lynn Poole, M.E. Strieby, presenters. Digitized in 2004.
Abstract
Dr. Strieby, of American Telephone and Telegraph Co., demonstrates Bell Labs' recent invention of a solar battery, capable of producing sufficient electric voltage from any light source to operate a telephone. However, most telephone services have large power plants and storage batteries, which function when no light is available, so there is no reason to substitute a solar battery. Dr. Strieby next demonstrates a "personalized telephone" prototype ("like Dick Tracey's"), which functions like a mini-FM broadcasting station using transistors activated by a solar battery. This is only experimental and short-range because of the length of antenna required to transmit beyond a few hundred feet. Dr. Strieby then explains how a solar battery is built, using silicon from DuPont that is purified through a diagrammed process. Ultimately, with the addition of arsenic and boron gas, the thin sheets of silicon create a positive/negative juncture that allows light to become electricity.
Title Language
Dates
Date Published
1954-07-29
Publisher
Digital Publisher
Language
Identifiers
OCLC Number
54684721
Collection Number
COLL-0008
Resources
Resource Type
Moving Image
Extent
00:28:55hh:mm:ss
Contributor
Broadcaster (brd): Du Mont Television Network
Director (drt): Cahan, Herbert B.
Director (drt): Calfee, Kennard
Narrator (nrt): Chaseman, Joel
Production personnel (prd): Poole, Lynn
Production personnel (prd): Strieby, M. E.
Producer (pro): Poole, Lynn
Producer (pro): WAAM (Television station : Baltimore, Md.)
Copyright and Use
Copyright and Use
Copyright Not Evaluated
System
Access Rights
Public digital access
Model
Video
Unique ID
36a85205-1f7a-4955-938d-c1d309152625