Download 13.Computer-Aided Design of Integrated Circuits by John G. Webster (Editor) PDF

By John G. Webster (Editor)

Similar circuits books

Magneto-resistive Spin Valve Heads. Fundamentals and Applications

This quantity within the educational Press Electromagnetism sequence is the second one version of the booklet on magneto-resistive heads. This e-book is written through John C. Mallinson, who's one of many top specialists around the globe within the quarter of magnetic recording. he's renowned and very popular within the magnetics neighborhood for his many very important contributions to the sector of magnetic facts garage besides, as for his well-written and influential books on magnetic recording.

Analog-to-Digital Conversion

This textbook is suitable to be used in graduate-level curricula in analog to electronic conversion, in addition to for training engineers short of a state of the art reference on facts converters. It discusses quite a few analog-to-digital conversion ideas, together with sampling, quantization, reference iteration, nyquist architectures and sigma-delta modulation.

Circuiti: Fondamenti di circuiti per l'Ingegneria

Questo libro è un testo introduttivo ai circuiti in step with i corsi delle Facoltà di Ingegneria, al primo livello. Esso parte dai concetti di intensità di corrente, tensione e potenza elettrica, introducendo le leggi di Kirchhoff ed il modello circuitale su base fisica. Vengono poi introdotti gli elementi circuitali fondamentali ed illustrate le proprietà generali dei circuiti.

Feedback in Analog Circuits

This publication describes a constant and direct technique to the research and layout of analog circuits with specific program to circuits containing suggestions. The research and layout of circuits containing suggestions is mostly provided through both following a sequence of examples the place each one circuit is simplified by using perception or event (someone else’s), or a whole nodal-matrix research producing plenty of algebra.

Additional resources for 13.Computer-Aided Design of Integrated Circuits

Example text

By using internal equivalence we can partition circuits into smaller ones and will only need to check the equivalence among those partitioned circuits instead of the original large circuits. Also, we can use relationships among internal signals in order to reduce sizes of intermediate BDDs when constructing BDDs for the output of the EXCLUSIVE-OR gate from output to inputs (see Fig. 10). By appropriately using those relationships and reducing BDD sizes, we can verify circuits having more than 100,000 gates rather easily if the two circuits to be compared are similar.

Static Fault Diagnosis. An example of a fault dictionary is shown in Fig. 16(a) for a circuit with six modeled faults, two vectors, and two primary outputs. A typical use of the information in this dictionary could be in the following manner: If the faulty response produced by a defective chip on the application of vectors v1 and v2 was 10 and 11, then the dictionary could be used to indicate fault 5’s presence in the defective chip. Techniques for handling situations when the faulty responses do not match with any of the stored responses (exactly) are discussed later in this article under the section Unmodeled Fault Diagnosis.

294–302. 58. E. J. McCluskey and F. W. Clegg, Fault equivalence in combinational logic networks, IEEE Trans. , C-20: 1286–1293, 1971. 59. A. Goundan and J. P. Hayes, Identification of equivalent faults in logic networks, IEEE Trans.