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Full Description
Amazon.com reviewswireless technology for persons starting out in RF electronics, as well as for RF technicians and ham radio operators. Carr's book explains RF capacitors, coils, transistors, receivers, propagation, antennas, mixers, amplifiers, impedance matching, filters, the Smith Chart, etc., in an easy-to-understand way' - Cotter W. Sayre, author of "The Complete RF Technician's Handbook". 'Excellent introduction to radio technology. It does an excellent job of introducing and explaining the concepts of radio frequency technology.' Build the circuits that make wireless work. If you like hands-on electronics, you'll love Joe Carr's "Secrets of RF Circuit Design". This book takes you inside wireless technology with step-by-step, illustrated directions for dozens of usable projects. Popular Electronics writer Joe Carr demonstrates RF theory as he shows you how to overcome the technical and materials challenges facing those who build real-world electronics. It is perfect for technicians, radio hobbyists, and anyone who wants to put RF theory into practice. It is ideal for learning radio frequency circuitry.It includes: design and build receiver circuits, RF bridges, amplifiers, receiver preselectors, simple spectrum analyzers, and time domain reflectometers; 7 new chapters on demodulators, circuit vectors, measuring L-C circuits, and filtering circuits against EMI; new - directional and hybrid couplers; detailed coverage of simple RF instruments, as well as UHF and microwave components; parts lists and components sources; and, complete troubleshooting guidance, too!It also contains update of the favorite RF circuit guide of thousands of electronics enthusiasts!
Contents
Chapter 1tuned circuits. Chapter 3: Variable capacitors in RF circuits. Chapter 4: Winding your own coils. Chapter 5: Radio receivers: Theory and projects. Chapter 6: Direct-conversion radio receivers. Chapter 7: RF amplifier and preselector circuits. Chapter 8: Building IF amplifiers. Chapter 9: Interpreting radio receiver specifications. Chapter 10: Building signal-generator and oscillator circuits. Chapter 11: RF directional couplers. Chapter 12: The RF hybrid coupler. Chapter 13: Build simple VLF radio receivers. Chapter 14: What's that mess coming from my receiver? Filtering circuits against EMI. Chapter 15: Measuring inductors and capacitors at RF frequencies. Chapter 16: Building and using the RF noise bridge. Chapter 17: Vectors for RF circuits. Chapter 18: Impedance matching: Methods and circuits. Chapter 19: Using the double-balanced mixer (DBM). Chapter 20: PIN diodes and their uses. Chapter 21: UHF and microwave diodes, transistors, and integrated circuits. Chapter 22: LC RF filter circuits. Chapter 23: Time-domain reflectometry on a budget. Chapter 24: Solving frequency drift problems. Chapter 25: The Smith chart. Chapter 26: Detector and demodulator circuits.NER(01): WOW
