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High-frequency circuit schematic and Analysis (5th Edition)(Chinese Edition)
ISBN 10: 7560629520
ISBN 13: 9787560629520
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Anbieter: liu xing, Nanjing, JS, China
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paperback. Zustand: New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Revision of the paperback. Pub Date: 2013 Pages: 360 Publisher: Xi'an University of Electronic Science and Technology Press. the principle of high-frequency circuits and Analysis (5th Edition) is the principle of high-frequency circuits and Analysis (4th Edition) . mainly on the basis of the principle of high-frequency circuits and Analysis (4th Edition) to strengthen the high-frequency circuit system concepts and system design. This book includes the introduction basis of high-frequency circuits and system problems. Frequency resonant amplifier sine wave oscillator. the spectrum of the linear moving circuit. Amplitude modulation. demodulation and mixers. frequency modulation and demodulation. feedback control circuit. The high-frequency integrated circuit and system design. The principle of high-frequency circuit analysis (5th edition) can be used as communication engineering. electronic information engineering undergraduate teaching materials also can be used as a reference book of college. university. occupational large professional materials and related engineering and technical staff. Contents: Chapter 1 Introduction 1.1 Overview wireless communication system signal. spectrum and modulation for the 1.1.1 wireless communication system composed of the 1.1.2 wireless communication system type 1.1.3 the requirements of the wireless communication system with indicators 1.2 1.3 course features Questions 2.2 high-frequency circuit element 2.1.2 Component 2.1.1 2.1 Exercises Chapter 2. the basis of a high-frequency circuit system issues a high-frequency circuit high frequency circuit high frequency circuit of the active device components 2.2. a high-frequency oscillation circuit 2.2.2 High-frequency transformers and transmission line transformer quartz crystal resonators 2.2.3 2.2.4 focus filter 2.2.5 2.3 impedance transformation of high-frequency attenuator and impedance matching 2.3.1 oscillation circuit impedance transformation 2.3. 2.4.4 Noise Figure 2 LC network impedance transformation 2.3.3 transformer impedance transformation 2.3.4 resistor network impedance transformation 2.4 electronic noise and receiver sensitivity 2.4.1 Overview 2.4.2 electronic noise sources and characteristics 2.4.3 noise figure and noise temperature 2.4.5 Noise Figure and receiver sensitivity calculation of 2.5 nonlinear distortion distortion generation mechanism of non-linear dynamic range 2.5.1 2.5.2 2.5.3 measures to improve the non-linear distortion and dynamic range nonlinear distortion 2.6 high-frequency circuit electromagnetic compatibility 2.6.1 reasonable ground 2.6.2 shielding and absorption 2.6.3 decoupling and filtering 2.6.4 Circuit Design thinking questions and exercises Chapter 3 amplifier frequency resonant frequency resonant power amplifier working condition 3.1 3.2 high-frequency high-frequency small-signal amplifier 3.1.1 high-frequency small-signal resonance amplifiers operate 3.1.2 amplifier performance analysis 3.1.3 the stability of high-frequency resonance amplifier 3.1.4 3.1.5 high frequency resonance amplifier integrated amplifier principles and characteristics of the power amplifier 3.2.1 Principle 3.2.2 of high-frequency resonant power amplifier working condition 3.2.3 of the external characteristics of the high-frequency power amplifier 3.3 high-frequency effect of the high frequency power amplifier 3.4 high-frequency power amplifier circuit 3.4. 1 DC feeder the 3.4.2 output matching network 3.4.3 Examples of the actual line of high-frequency power amplifier 3.5 efficient synthesis 3.5.1 Class D power amplifier and power-frequency power amplifier 3.5.2 power combiner 3.6 Introduction to high-frequency integrated power amplifier attached Table cosine pulse decomposition coefficient table Reflection questions and exercises Chapter 4 sine wave oscillator circuit example - the principle of the principle of mutual coupling. Bestandsnummer des Verkäufers NG024480
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