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  1. Home
  2. Journals
  3. Electronics and Power
  4. 1980
  1. Home
  2. Journals
  3. Electronics and Power
  4. 1980
Showing papers in "Electronics and Power in 1980"
Journal Article•10.1049/EP.1980.0263•
Digital and Analog Communication Systems

[...]

D.C. Cooper
01 Jan 1980-Electronics and Power
Abstract: Add this article to private library Remove from private library Submit corrections to this record View record in the new ADS The book presents an introductory treatment of digital and analog communication systems with emphasis on digital systems. Attention is given to the following topics: systems and signal analysis, random signal theory, information and channel capacity, baseband data transmission, analog signal transmission, noise in analog communication systems, digital carrier modulation schemes, error control coding, and the digital transmission of analog signals. Bibtex entry for this abstract Preferred format for this abstract

427 citations

Journal Article•10.1049/EP.1980.0454•
Thin film solar cells

[...]

E. Don
01 Dec 1980-Electronics and Power
TL;DR: In this paper, photovoltaic cells were only used for specialised electricity generation such as power for spacecraft, and the prospect of advanced cells and mass-production techniques, large-scale production of electricity seems to be an economically viable prospect within the next decade.
Abstract: Until recently, photovoltaic cells were only used for specialised electricity generation such as power for spacecraft. With the prospect of advanced cells and mass-production techniques, large-scale production of electricity seems to be an economically viable prospect within the next decade

222 citations

Journal Article•10.1049/EP.1980.0055•
Digital Logic and Computer Design

[...]

S.L. Hurst
01 Jan 1980-Electronics and Power

199 citations

Journal Article•10.1049/EP.1980.0459•
Physics of Semiconductor Laser Devices

[...]

D.H. Newman
01 Jan 1980-Electronics and Power

198 citations

Journal Article•10.1049/EP.1980.0385•
IEEE Standard Test Procedures for Antennas

[...]

G.A. Hurd
01 Jan 1980-Electronics and Power

193 citations

Journal Article•10.1049/EP.1980.0097•
Control of Time-Delay Systems

[...]

Peter J. Gawthrop
01 Jan 1980-Electronics and Power

147 citations

Journal Article•10.1049/EP.1980.0145•
Energy Flow and Power Factor in Nonsinusoidal Circuits

[...]

M.A. Gibbon
01 Mar 1980-Electronics and Power

126 citations

Journal Article•10.1049/EP.1980.0259•
An Engineering Approach to Digital Design

[...]

R.G. Bennetts
01 Jan 1980-Electronics and Power

107 citations

Journal Article•10.1049/EP.1980.0261•
Insulating Liquids: their Uses, Manufacture and Properties

[...]

J.K. Nelson
01 Jun 1980-Electronics and Power

71 citations

Journal Article•10.1049/EP.1980.0054•
Electromechanics and Electric Machines

[...]

B. Barker
01 Jan 1980-Electronics and Power

47 citations

Journal Article•10.1049/EP.1980.0462•
Charge Coupled Devices and their Applications

[...]

R.C. Tozer
01 Jan 1980-Electronics and Power
Journal Article•10.1049/EP.1980.0382•
RC Active Circuits

[...]

G. Wilson
01 Jan 1980-Electronics and Power
Journal Article•10.1049/EP.1980.0341•
Engineering design in education

[...]

M.J. French1•
Lancaster University1
01 Aug 1980-Electronics and Power
TL;DR: In this article, the authors argue that design is one of the most demanding and yet the most rewarding and aesthetic areas of engineering, and that for the profession to attract more high flyers, this subject must receive a greater emphasis in higher education.
Abstract: Design is one of the most demanding and yet the most rewarding and aesthetic areas of engineering. For the profession to attract more ‘high flyers’, this subject must receive a greater emphasis in higher education
Journal Article•10.1049/EP.1980.0350•
Induction Heating Handbook

[...]

D.J. Swinden
01 Aug 1980-Electronics and Power
Journal Article•10.1049/EP.1980.0266•
Elements of Electronic Instrumentation and Measurement

[...]

J.J. Hunter
01 Jan 1980-Electronics and Power
Journal Article•10.1049/EP.1980.0378•
Speech-band data modems

[...]

P.F. Adams1•
General Post Office1
01 Sep 1980-Electronics and Power
TL;DR: Speech-band data modems allow the analogue telephony network to be used for digital data communication in terms of higher data rates and efficient bidirectional transmission.
Abstract: Speech-band data modems allow the analogue telephony network to be used for digital data communication. New techniques and technology are permitting further exploitation of the network in terms of higher data rates and efficient bidirectional transmission
Journal Article•10.1049/EP.1980.0088•
Scanning optical microscope

[...]

Colin J. R. Sheppard1•
University of Cambridge1
01 Feb 1980-Electronics and Power
TL;DR: The scanning optical microscope uses a laser spot to examine a specimen as discussed by the authors, which improves on the resolution and contrast of the conventional microscope and has particular advantages for the study of semiconductor materials and devices and living biological specimens.
Abstract: The scanning optical microscope uses a laser spot to examine a specimen. This technique improves on the resolution and contrast of the conventional microscope, and so has particular advantages for the study of semiconductor materials and devices and living biological specimens
Journal Article•10.1049/EP.1980.0267•
An Introduction to Digital Integrated Communications Systems

[...]

R.F. Purton
01 Jan 1980-Electronics and Power
Journal Article•10.1049/EP.1980.0147•
An Introduction to Statistical Signal Processing with Applications

[...]

J.W.R. Griffiths
01 Jan 1980-Electronics and Power
Journal Article•10.1049/EP.1980.0178•
Microelectronics and employment

[...]

Lewis Holmes
01 Apr 1980-Electronics and Power
TL;DR: In separate interviews, Barrie Sherman and Ian Mackintosh present divergent views on future office-staff requirements, but agree that manufacturing jobs will be lost as mentioned in this paper, and both men urge rapid industrial deployment of microelectronics.
Abstract: In separate interviews, Barrie Sherman and Ian Mackintosh present divergent views on future office-staff requirements, but agree that manufacturing jobs will be lost. Both men urge rapid industrial deployment of microelectronics
Journal Article•10.1049/EP.1980.0352•
High Speed Pulse and Digital Techniques

[...]

P.H. Saul
01 Jan 1980-Electronics and Power
Journal Article•10.1049/EP.1980.0461•
What can be Automated

[...]

E.B. James
01 Dec 1980-Electronics and Power
Journal Article•10.1049/EP.1980.0096•
Radio Direction Finding and the Resolution of Multicomponent Wave-Fields

[...]

P.A. Bradley
01 Jan 1980-Electronics and Power
Journal Article•10.1049/EP.1980.0141•
Laser 79: Optoelectronics

[...]

K.F. Hulme
01 Jan 1980-Electronics and Power
Journal Article•10.1049/EP.1980.0420•
Electric Energy: Its Generation, Transmission and Use

[...]

A. Brameller
01 Oct 1980-Electronics and Power
Journal Article•10.1049/EP.1980.0305•
Solar Energy Utilisation

[...]

L.F. Jesch
01 Jan 1980-Electronics and Power
Journal Article•10.1049/EP.1980.0388•
The 8080/8085 Microprocessor Book

[...]

W.R. Betts
01 Jan 1980-Electronics and Power
Journal Article•10.1049/EP.1980.0371•
Engineering with words

[...]

Dennis Moralee
01 Sep 1980-Electronics and Power
TL;DR: In this article, the emergence of software engineering is discussed, and what is the relationship between software production and the established brances of the engineering profession, and why it is so important.
Abstract: Why is the emergence of software engineering so important, and what is the relationship between software production and the established brances of the engineering profession?
Journal Article•10.1049/EP.1980.0146•
The Challenge of Microprocessors

[...]

A.R. Daniels
01 Mar 1980-Electronics and Power
Journal Article•10.1049/EP.1980.0184•
Intelligent memories and the silicon chip

[...]

I. Aleksander1•
Brunel University London1
01 Apr 1980-Electronics and Power
TL;DR: Falling chip costs do not only mean more of the same when it comes to storing information in computers but also bring computer memories a step closer to those of humans.
Abstract: Falling chip costs do not only mean more of the same when it comes to storing information in computers. Here it is argued that the silicon chip can bring computer memories a step closer to those of humans

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