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The first completely unified introduction to a rapidly expanding hybrid technology . . .
Lasers, fiber optics, and high-speed optical systems share many concepts with microwave devices. Furthermore, semiconductor-based optoelectronics and micro-wave integrated circuits share evolving process technologies. It is only natural, therefore, that students of optoelectronics be introduced to high-speed concepts in a unified manner.
This highly practical intensive introduction enables electrical engineers, applied physicists, and students to develop and identify tools for understanding, analysis, design, and characterization of high-speed components. Broad in scope, this unique text/reference examines the complementary nature of electronics and optics and emphasizes high-speed technology in which the two fields are less differentiated.
Beginning with an overview that develops a perspective and appreciation of analog high-speed technology in general, the book goes on to cover devices and circuits used at microwave and millimeter-wave frequencies, optical components, and optoelectronic integrated circuits and subsystems. Particular attention is paid to applications in the area of communications, both because of the high levels of interest in this area and because many of the relevant concepts are applicable in other fields. The book concludes with important coverage of the often-overlooked area of measurement and characterization of high-speed devices.
Fully referenced and supplemented with hundreds of helpful illustrations, Introduction to High-Speed Electronics and Optoelectronics is equally useful as a professional reference or a textbook for senior undergraduate and first-year graduate courses.
- Sales Rank: #968414 in Books
- Published on: 1995-12-12
- Ingredients: Example Ingredients
- Original language: English
- Number of items: 1
- Dimensions: 9.53" h x .79" w x 6.38" l, .0 pounds
- Binding: Hardcover
- 312 pages
From the Publisher
This intensive introductory enables readers to develop and identify analytical and experimental tools in order to address the issues associated with high-speed phenomena in electronics and optics. Topics covered range from devices and circuits used at microwave and millimeter-wave frequencies to optical components and optoelectronic integrated circuits. Details important application areas including high-speed and long distance communications plus the measurement and characterization of high speed phenomena.
From the Back Cover
The first completely unified introduction to a rapidly expanding hybrid technology . . .
Lasers, fiber optics, and high-speed optical systems share many concepts with microwave devices. Furthermore, semiconductor-based optoelectronics and micro-wave integrated circuits share evolving process technologies. It is only natural, therefore, that students of optoelectronics be introduced to high-speed concepts in a unified manner.
This highly practical intensive introduction enables electrical engineers, applied physicists, and students to develop and identify tools for understanding, analysis, design, and characterization of high-speed components. Broad in scope, this unique text/reference examines the complementary nature of electronics and optics and emphasizes high-speed technology in which the two fields are less differentiated.
Beginning with an overview that develops a perspective and appreciation of analog high-speed technology in general, the book goes on to cover devices and circuits used at microwave and millimeter-wave frequencies, optical components, and optoelectronic integrated circuits and subsystems. Particular attention is paid to applications in the area of communications, both because of the high levels of interest in this area and because many of the relevant concepts are applicable in other fields. The book concludes with important coverage of the often-overlooked area of measurement and characterization of high-speed devices.
Fully referenced and supplemented with hundreds of helpful illustrations, Introduction to High-Speed Electronics and Optoelectronics is equally useful as a professional reference or a textbook for senior undergraduate and first-year graduate courses.
About the Author
M. LEONARD RIAZIAT is a Senior Scientist at Varian Research Center's Electron Physics Laboratory in Palo Alto, California. He works primarily on high-speed optoelectronics for imaging and medical applications. Dr. Riaziat received his PhD from Stanford University.
Most helpful customer reviews
1 of 1 people found the following review helpful.
More than a survey, less than a treatise...
By Steven J. Wojtczuk
The author does an admirable job of covering a wide range of high speed/optoelectronic topics with a more modern (although now almost 10 years old) flavor. The book has more technical detail than in an IEEE Spectrum or Physics Today article, but does not cover almost anything in enough depth to be a textbook for a course. For example, it covers such diverse topics as Kuroda's identities and unit elements used in broadband matching, or will go into MSM photodetector design to the level of supplying the elliptic-integral-laden formula for the capacitance of interdigitated fingers, but does not give the background needed to derive most of these things. I think it is a good higher level introduction to this area, but not a definitive reference.
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