Foreign electronic communication textbook series: CMOS RF IC design (2nd edition)(Chinese Edition)

Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date :2012-08-01 Pages: 596 Publisher: the basic information title of the Electronic Industry Press book edge kc11.21: foreign electronic communication textbook series: CMOS RF integrated circuit design (2nd edition) Original Price: 78.00 yuan Author: Thomas H. Lee (Thomas H.Lee) Publisher: Electronic Industry Press Publication Date: August 1. 2012 ISBN: 9787121175954 words: Pages: 596 Edition: 1st Edition Binding: Paperback: Weight: 939 g Editor's Choice foreign electronic communications textbook series: CMOS RF IC Design (2nd Edition) known as radio frequency integrated circuit design guide book. Abroad Electronics and Communication textbook series: CMOS radio frequency integrated circuit design (2nd edition) is the ideal textbook for undergraduates and graduate students studying the course of the RF electronics aspects. engineering and technical personnel engaged in radio frequency integrated circuit design or other areas a very useful reference book. The executive summary of foreign electronic communication textbook series: CMOS radio frequency integrated circuit design (2nd edition) full-depth introduction to the design gigahertz (GHz) CMOS RF ICs details. Briefly describes the principle of radio history of the development and wireless systems; reviews integrated circuit device characteristics of MOS device physics and model on the basis of the RLC series and parallel oscillation network and distributed system features. introduced Smith chart. S-parameters and bandwidth estimation techniques; highlights the modern high-frequency broadband amplifier design method. discussed in detail the key RF circuit module. including the low noise amplifier (LNA). a reference voltage source. mixer. RF power amplifier. oscillator and frequency synthesizer devices. Depth discussion of the various types of noise and noise characteristics of RF ICs (including the phase noise of the oscillator circuit). Abroad Electronics and Communication textbook series: CMOS radio frequency integrated circuit design (2nd edition) Finally. examine the overall structure of the transceiver and look forward to the future development prospects of the RF circuit. The book includes a number of very practical circuit diagrams and other illustrations. together with many instructive exercises. Table of Contents Chapter 1 radio history intermittent Review Electronics 1.4 1.3 1.1 Introduction 1.2 Maxwell and Hertz and inventor of the vacuum before the vacuum tube of the birth of 1.5 armstrong and regenerative amplifier / detector / oscillator 1.6 Other radio circuit 1.7 armstrong and super-regenerative electric dance 1.8 oleglosev and a solid-state circuit amplifier 1.9 Conclusion 1.10 Appendix a: vacuum tube base 1.11 Appendix b: what is who invented radio Chapter 2 Wireless Communication Theory Overview 2.1 wireless system fragments Brief History 2.2 non-cellular wireless communications applications 2.3 Shannon theorem . modulation 2.4 spread 2.5 Conclusion 2.6 Appendix: Chapter 3 of the other characteristics of the wireless systems Passive rlc networks 3.1 Introduction 3.2 parallel rlc rlc resonant circuit in series 3.3 network 3.4 rlc resonant network 3.5 as an impedance converter the rlc Network 3.6 instance 4.1 Introduction Chapter 4 passive characteristics of the integrated circuit components the interconnection line: 4.2 RF case skin effect 4.3 resistance 4.4 capacitive 4.5 4.6 Transformer 4.7 high frequency interconnect inductance 4.8 Summary 4.9 Appendix: capacitance equations are summarized in Chapter 5 5.7 Other effects of the mos mos the device Physical Review 5.1 Introduction 5.2 brief history 5.3 FET: a little story 5.4 mosfet physical: long channel approximation 5.5 weak inversion (subthreshold region) work 5.6 semisulcatus case of device physics 5.8 Summary 5.9 Appendix a 5.10 Appendix b: 0.5mlevel the spice model: level-3spice model.…