Author: Publisher:
ISBN:
Category : Electronic books
Languages : en
Pages :
Book Description
Global Trade Perspective 2005 - Magnetic Tapes of Width Exceeding 6.5 mm for Sound Recording or Similar Recording of Other Phenomena
Author: Global Trade Perspective 2005 - Magnetic Tapes of Width Not Exceeding 4 mm for Sound Recording or Similar Recording of Other Phenomena
Author: Global Trade Perspective 2005 - Magnetic Tapes of Width between 4-6.5 mm for Sound Recording or Similar Recording of Other Phenomena
Author: Global Trade Perspective 2005 - Unrecorded Magnetic Tapes for Sound Recording or Similar Recording of Other Phenomena
Author: Global Trade Perspective 2005 - Recorded Magnetic Tapes of Width Exceeding 6.5 mm for Sound or Image
Author: Global Trade Perspective 2005 - Recorded Magnetic Tapes of Width between 4-6.5 mm for Sound or Image
Author: Global Trade Perspective 2005 - Magnetic Discs for Sound Recording or Similar Recording of Other Phenomena
Author: Rebate of Duty on Magnetic Tape for Sound and Similar Recording, with a Width Not Exceeding 6,3 Mm Not Put Up in Cassettes
Author: South Africa. Board of Trade and IndustriesPublisher:
ISBN: 9780621120462
Category :
Languages : en
Pages : 3
Book Description
Record Changers, Phonographs, Radio-phonograph Combinations, and Tape Recorders, Players, and Decks
Author: United States Tariff CommissionPublisher:
ISBN:
Category : Electronic industry workers
Languages : en
Pages : 46
Book Description
Optimum Digital Data Storage on Magnetic Tape
Author: E. L. LawPublisher:
ISBN:
Category : Computer storage devices
Languages : en
Pages : 28
Book Description
In recent years considerable effort has been expended on high density digital recording. The goal has been to increase the data storage per unit length of tape, usually focused on a fixed track width. The present investigation advances the thesis that optimum data storage per square of tape is achieved by increasing the number of tracks, rather than the storage per track. An experimental method for the determination of the best operating point is described, and data is presented for Non-Return-to-Zero-Level (NRZ-L), Manchester and Miller codes for an ideal tape recorder, and also for an actual tape recorder. (Author).