APPLICATIONS IN ELECTRO-OPTICS SETIAN L. Księgarnia

APPLICATIONS IN ELECTRO-OPTICS

SETIAN L.

Features

Essential background on electromagnetism and related sciences</b>-Introduces electromagnetism, electric and magnetic fields, capacitors, resistors, potentials, current, magnetic flux, frequency, wavelength, impedance, Maxwell's equations, and other key concepts.

Ensures that students master the fundamental concepts and theories they need before they can successfully study optoelectronics.

Broad applications coverage-Introduces representative optoelectronics applications in many fields, including broadband Internet access, wavelength division multiplexing (WDM), routing/switching, medical technology, motion sensors, remote controls, and more.

Helps students prepare to enter the field of optoelectronics, one of the most rapidly growing fields in engineering.

Practical lab experiments-Includes 15 applications and laboratory experiences, from He-Ne lasers to linear displacement transducers.

Gives students hands-on experience in solving contemporary optoelectronics problems and working in optics laboratory environments.

Wide-ranging coverage of devices and components-Introduces the most important devices and components of optic and optoelectronic systems, including lenses, mirrors, prisms, beam splitters, lasers, semiconductors, diodes, LEDs, liquid crystals, resonators, multiplexers, and photo-detectors.

Helps students understand the key elements of the optic and optoelectronic systems they may be asked to build.

Detailed introduction to fiber optics-Explains the fiber construction of step-index and graded-index fibers; key fiber characteristics; and each key cause of signal loss.

Gives students the practical grounding they need to begin building a wide variety of fiber optics systems.

Entire section on signal processing-Introduces signal processing coverage that is essential for successful development of optoelectronics or photonics-based communications systems.
Helps students master critical signal processing techniques that are ignored by most optics and optoelectronics texts.

Table of Contents

1. Introduction.

2. The Electric Field.

3. The Magnetic Field.

4. The Electromagnetic Field.

5. Transmission Lines and Waveguides.

6. The Nature of Light.

7. Devices.

8. Components.</b>

9. Fiber Construction and Characteristics.

10. Communications/Signal Processing.

11. Applications.

Annotation

This book is an entry level engineering optics for both electrical and mechanical engineers. Its level will make it attractive to both senior level engineering students as well as the practicing engineer who has not taken courses in engineering optics. It addition to basic principles and theory of electricity and magnetism, light and optics, this book covers topics of great interest to practicing engineers, such as fiber optics, signal processing and applications. To bridge the market, student to practitioner, the book includes lab experiments.

500 pp

Po otrzymaniu zamówienia poinformujemy,
czy wybrany tytuł polskojęzyczny lub anglojęzyczny jest aktualnie na półce księgarni.