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  1. Proceedings of the May 6-8, 1958, western joint computer conference: contrasts in computers (IRE-ACM-AIEE '58 (Western))
  2. Flow gating
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Introduction
Introduction
MicroSADIC, a high-speed system with variable format output
The flow diagram approach to computer logical design using the NCR 304 as an illustration
Electronic differential analyzers in perspective
Switching transistors
A command structure for complex information processing
A direct read-out bistable circuit and some applications of it
A chess playing program for the IBM 704
Introduction
Contrasts in large file memories for large-scale computers
The design and system aspects of the HD file drum
Communication between computers
The social consequences of automation
Transistor resistor logic circuits for digital data systems
A computer-integrated rapid-access magnetic tape system with fixed address
Cascaded variable cycle control as applied to the 220 computer
The case for combined analog-digital simulation
Special-purpose tubes for computer applications
The selection of an instruction language
Flow gating
Applications of digital computers to problems in the study of vehicular traffic
Block diagrams in logic design
Methods of file organization for efficient use of IBM RAMAC files
Transistorized modular power supplies for digital computers
The universal data transcriber: a new approach to data conversion equipment
The social problems of automation
Direct-coupled logic circuitry
The dynamics of toggle action
The RCA 501 electronic data processing system
Digital computer solution of differential equations in real time
Superconductive devices
System design of the Gamma 60
Minimum transistor logic modules for air-borne control applications
The role of the digital computer in mechanical translation of languages
Logical design methods
The Shiftrix-machine organization for high-speed digital computation
A universal computer language translator
The social problem of automation
Symmetrical transistor logic
Direct access photomemory: part I. prototype machine system
The UnivacĀ® M-460 computer
Magnetic switching
Transistor-magnetic core bilogical computer element
The application of a large-scale electronic computer to the assignment of telephone facilities
Machine language in digital computer design
A device to facilitate combined analog-digital computation
A computer oriented toward spatial problems
IBM current mode transistor logical circuits
Direct access photomemory: part II. system considerations
A special-purpose solid-state computer using sequential access memory
High-speed circuit techniques utilizing minority carrier storage to enhance transient response
An experiment in mechanical searching of research literature with RAMAC
The advantages of logical equation techniques in designing digital computers
The magnetic ledger-card computer

Flow gating

Content Provider ACM Digital Library
Author Poppelbaum, W. J.
Abstract Synopsis: The standard arrangement used to transfer information from one flip-flop to another requires severing elements in the connection between them. The number of diodes and triodes in these "gates" is often comparable to that in the flip-flop. This paper describes a scheme in which the transfer is effected by a simple diode going from the sending to the receiving flip-flop and by changing the supply voltage of one of the two circuits. The method appears to be attractive for small memories composed of flip-flops. It is also shown that all inputs and outputs can be tied together and that information can then be exchanged between two partially selected units.
Starting Page 138
Ending Page 141
Page Count 4
File Format PDF
DOI 10.1145/1457769.1457808
Language English
Publisher Association for Computing Machinery (ACM)
Publisher Date 1958-05-06
Publisher Place New York
Access Restriction Subscribed
Content Type Text
Resource Type Article
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