IEEE 274-1966 en STANDARD DEFINITIONS OF TERMS FOR INTEGRATED ELECTRONICS《积成电子产品术语的标准定义》.pdf

《IEEE 274-1966 en STANDARD DEFINITIONS OF TERMS FOR INTEGRATED ELECTRONICS《积成电子产品术语的标准定义》.pdf》由会员分享，可在线阅读，更多相关《IEEE 274-1966 en STANDARD DEFINITIONS OF TERMS FOR INTEGRATED ELECTRONICS《积成电子产品术语的标准定义》.pdf（4页珍藏版）》请在麦多课文档分享上搜索。

1、IEEE Std 274-1 966 Reaffirmed 1980 * Standard Definitions of Terms for Integrated Electronics I - Published by The Institute of Electrical and Electronics Engineers, Inc 345 East 47th Street, New York, NY 10017, USA LkPmbw SH01696 ACKNOWLEDGMENT The Institute wishes to acknowledge its indebtedness t

2、o those who have so freely given of their time and knowledge, and have conducted experimental work on which many of the IEEE publica- tions are based. This publication was prepared by the Definitions of Terms Task Group of the Microsystems Electronics Subcommittee of the IEEE Solid-state Devices Com

3、mittee, whose membership was J. D. Meindl, Chairman P. B. Meyers, Vice-Chairman G. Abraham I. A. Lesk J. E. Iwersen J. R. Roeder The Task Group acknowledges many helpful suggestions from the Chairman, J. M. Goldey, and members of Subcommittee 28.9 in the formulation of these Definitions. Reaffirmed

4、March 13, 1980 IEEE Standards Board Copyright 1966 by The Institute. of Electrical and Electronics Engineers, Inc 345 East 47th Street, New York, NY 10017, USA No part of this publication may be rqroduced in anyJ.m. in an electrmic retrieval system or othtnu.ise. rc.ittwut prim written permission oj

5、the publisher. Definitions of Terms for INTEGRATED ELECTRONICS Integrated Electronics monolithic integrated circuit, additional modi- That portion of electronic art and technology fiers may be Prefixed. Examples are: (a P-n n which the interdependence of material, device, junction isolated monolithi

6、c integrated Circuit, circuit, and system-design considerations is espe- ( b ) dielectric isolated monolithic integrated Cir- cially significant; more specifically, that portion cuit, ( c ) beam-lead monolithic integrated circuit. of the art dealing with integrated circuits. Multichip Integrated Cir

7、cuit Element (of an integrated circuit) An integrated circuit whose elements are formed on or within two or more semiconductor chips which are separately attached to a sub- contributes directly to its operation. strate. (See also Integrated Circuit.) A constituent part of the integrated circuit that

8、 Integrated Circuit A combination of interconnected circuit ele- ments inseparably associated on or within a con- tinuous substrate. (See also Monolithic Inte- grated Circuit, Multichip Integrated Circuit, Film Integrated Circuit and Hybrid Integrated Cir- cuit.) Note: To further define the nature o

9、f an intzgrated circuit, additional modifiers may be prefixed. Examples are : (a) dielectric isolated monolithic integrated circuit, (b) beam-lead monolithic integrated circuit, (c ) silicon chip- tantalum thin film hybrid integrated circuit. Monolithic Integrated Circuit An integrated circuit whose

10、 elements are formed in situ upon or within a semiconductor substrate with at least one of the elements formed within the substrate. (See also Integrated Circuit.) Nofe: To further define the nature of a Film Integrated Circuit An integrated circuit whose elements are films formed in situ upon an in

11、sulating substrate. (See also Integrated Circuit.) Note: To further define the nature of a film integrated circuit, additional modifiers may be prefixed. Examples are: (a) thin film integrated circuit, (b) thick film inte- grated circuit. Hyhritl Integrated Circuit An integrated circuit consisting o

12、f a combina- tion of two or more integrated circuit types or one integrated circuit type and discrete elements. (See also Integrated Circuit.) Sulstrate (of an integrated circuit) The supporting material upon or within which an integrated circuit is fabricated or to which an integrated circuit is at

13、tached. Guidance from the Experts at IEEE Training Programs and Seminars The IEEE sponsors traking OEEUWLQ National Electrical Safety Code, and seminars on Power Engineering,$ Software Engjneering, Local Area Networks, and POSE. Our courses are written and prewn$edii,most cases by the experts who de

14、veloped standards on these subjects. Special Team discounts are availqble. IEEE-sponsored training programs and seminars may also be brought to pl$& &aes Khat we offer. 0 National Electrical Safety Code (NESC) The National Electrical Safety Code covers basic provisions for safeguarding people pqrty

15、fronmany kinds of electrical hazards. The IEEEs training programs the rahion& for many NESC rules. Special attention is given to grounding, es, and strengths and loadings. 0 Power Engineering Most of our power seminars are based on the popular IEEE Color Book Series. on Plants Paralleled with Utilit

16、y Transmission Systems Industrial and Commercial Power Systems Elqctric Power Supply Systems for Nuclear Power Generating Stations Health Care Facilities Pbwer Systems Stationary Batteries e Software Engineering We offer software engineering seminars on: Reviews and Audits 0 %sting Project Managemen

17、t Planning Verification and Validation on Management ality Avsurance Software Requirements Specifications e Local Area Networks Topics covered in our new seminars on LANs include: Twisted Pair Medium Token Passing, Rang Medium Network Secppty Interconnection compatibility between stations and data p

18、rocessing equipment 0 POSIX Currently under development, the IEEEs new POSIX seminars will cover: Standard operating system interface and environment based on the UNIX* Portability of applications software at the source-code level Systems procurement and evaluation Open software environment *UNIX is a registered trademark ofAT&T Operating System documentation For more information, call TOLL-FREE in the US and Canada: 1-800-678-IEEE - ask for Standards Training Programs and Seminars. Or write IEEE Standards Seminar Manager, 445 Hoes Lane, PO Box 1331, Piscataway, NJ 08855-1331, USA.