By Ron Schmitt
In accordance with well-known circuit conception and simple physics, this booklet serves as a useful reference for either analog and electronic engineers alike. should you paintings with analog RF, this publication is a must have source. With desktops and networking gear of the twenty first century working at such excessive frequencies, it truly is now the most important for electronic designers to appreciate electromagnetic fields, radiation and transmission strains. this information is critical for preserving sign integrity and attaining EMC compliance. due to the fact many electronic designers are missing in analog layout abilities, not to mention electromagnetics, an easy-to-read yet informative publication on electromagnetic issues will be thought of a welcome boost to their expert libraries.
- Covers issues utilizing conceptual causes and over one hundred fifty lucid figures, instead of complicated mathematics
- Demystifies antennas, waveguides, and transmission line phenomena
- Provides the root essential to completely comprehend sign integrity matters linked to high-speed electronic design
Read or Download Electromagnetics Explained: A Handbook for Wireless/ RF, EMC, and High-Speed Electronics (EDN Series for Design Engineers) PDF
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Additional info for Electromagnetics Explained: A Handbook for Wireless/ RF, EMC, and High-Speed Electronics (EDN Series for Design Engineers)
However, this analogy is not quite correct. Each electron is smeared out in a three-dimensional cloud called an orbital. Atoms can lend out or borrow electrons, which leaves the atom with a net charge. Such atoms are called ions and they can be positively charged (missing electrons) or negatively charged (extra electrons). Ions of opposite charge can attract one another and form ionic bonds. These bonded ions are called molecules. Table salt, NaCl, is a good example of molecules. Each salt molecule consists of a positive ion (Na+) and a negative ion (Cl-).
3 A vacuum tube diode, showing electrons leaving the negatively biased cathode to combine with positive charge at the anode. trons accelerate and then collide with the positive electrode where they are absorbed. Just before each electron collides, it is traveling very fast because of the energy gained from the electric field. 6 ¥ 10-18 J From this example, you can see how natural the unit of electron-Volts (eV) is for describing the energy of an electron. The most important thing for you to remember is that voltage is a relative term.
Microwave Engineering, 2nd Edition, New York: John Wiley, 1998. , “Analyze Transmission Lines with (almost) No Math”, EDN, March 18, 1999. , “Understanding Electromagnetic Fields and Antenna Radiation Takes (almost) No Math”, EDN, March 2, 2000. Straw, R. : American Radio Relay League, 2000. , Computer Networks, 3rd Edition, Upper Saddle River, NJ: Prentice Hall, 1996. BIBLIOGRAPHY: STATE-OF-THE-ART ELECTRONICS Brock, D. , E. K. Track, J. M. Rowell, “Superconductor ICs: The 100-GHz Second Generation,” IEEE Spectrum, December 2000.