1954•Transactions of the American Institute of Electrical Engineers Part I Communication and ElectronicsRequires access

Precision high-current computer power supplies

Allen B. Rosenstein

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Abstract

THE increasing size and complexity of analogue and digital computers has resulted in an ascending demand for expanding quantities of well-regulated and filtered d-c power. As the machines have grown in size the regulated power demands have gone from milliamperes to amperes, to tens of amperes, and now to hundreds of amperes. These increased loads have been supplied by various methods, most of which offered compromises with desired performance.

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What this paper is about

THE increasing size and complexity of analogue and digital computers has resulted in an ascending demand for expanding quantities of well-regulated and filtered d-c power. As the machines have grown in size the regulated power demands have gone from milliamperes to amperes, to tens of amperes, and now to hundreds of amperes. These increased loads have been supplied by various methods, most of which offered compromises with desired performance.

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Available abstract

THE increasing size and complexity of analogue and digital computers has resulted in an ascending demand for expanding quantities of well-regulated and filtered d-c power. As the machines have grown in size the regulated power demands have gone from milliamperes to amperes, to tens of amperes, and now to hundreds of amperes. These increased loads have been supplied by various methods, most of which offered compromises with desired performance.

Key concepts: Ampere, Electrical engineering, Power (physics), Current (fluid), Volt-ampere, Computer science, Engineering, Electronic engineering

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