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Radio Receiver Design [Hardback]

  • Formāts: Hardback, 778 pages, height: 230 mm
  • Izdošanas datums: 01-Jan-2000
  • Izdevniecība: SciTech Publishing Inc
  • ISBN-10: 188493207X
  • ISBN-13: 9781884932076
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  • Hardback
  • Cena: 103,48 €
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  • Formāts: Hardback, 778 pages, height: 230 mm
  • Izdošanas datums: 01-Jan-2000
  • Izdevniecība: SciTech Publishing Inc
  • ISBN-10: 188493207X
  • ISBN-13: 9781884932076
Citas grāmatas par šo tēmu:
This comprehensive and well-written volume presents a systematic discussion of the characteristics of individual receiver components and their interaction in cascade. Numerous practice examples and exercises function as an integral part of each component's specification. Covers in detail all major components related to receiver design including cascade interaction. Provides excellent introductions and technical background on basic as well as advanced component characteristics, featuring 'war stories,' exercises, design examples and an abundance of useful drawings and tables. Serves as a reference tool for students and professionals of electrical engineering, RF and microwave electronics, and radio receiver design. Emphasizes practical and proven concepts that help clarify the role of each component within the design. Whether it is used inside or outside the classroom, 'Radio Receiver Design' stands out as a definitive introduction to key concepts involved in receiver design. TABLE OF CONTENTS: Introduction; Filters; Mixers; Oscillators; Amplifiers and Noise; Linearity; Cascade I-Gain Distribution; Cascade II-IF Selection; Appendix; Index.
Preface ix
References x
Introduction
1(142)
Nomenclature
1(1)
Rules of Thumb
2(1)
Energy, Power, Voltage and Current
2(1)
Decibels
2(4)
Signal Standards
6(4)
Other Standards
10(2)
dB Math
12(6)
Sanity Checking
18(2)
Approximations
20(1)
Frequency, Wavelength and Propagation Velocity
21(4)
Transmission Lines
25(37)
Two Ports
62(10)
Matching and Maximum Power Transfer
72(3)
Matching
75(3)
RF Amplifiers
78(8)
Signals, Noise and Modulation
86(47)
Introduction Data Summary
133(7)
References
140(3)
Filters
143(118)
Introduction
143(1)
Linear Systems Review
144(16)
Evaluating Pole/Zero Plots
160(3)
Filters and Systems
163(2)
Filter Types and Terminology
165(3)
Generic Filter Responses
168(11)
Classes of Low-Pass Filters
179(16)
Low-Pass Filter Comparison
195(4)
Filter Input and Output Impedances
199(8)
Transient Response of Filters
207(8)
Band-Pass Filters
215(10)
Other Filters
225(4)
Noise Bandwidth
229(7)
Butterworth Filters in Detail
236(14)
Filter Technologies and Realizations
250(3)
Miscellaneous Items
253(2)
Filter Design Summary
255(3)
References
258(3)
Mixers
261(84)
Introduction
261(2)
Frequency Translation Mechanisms
263(4)
Nomenclature
267(17)
Block vs. Channelized Systems
284(1)
Conversion Scheme Design
285(7)
Frequency Inversion
292(4)
Image Frequencies
296(5)
Other Mixer Products
301(6)
Spurious Calculations
307(6)
Mixer Realizations
313(1)
Single-Ended Mixers (SEM)
313(7)
Single-Balanced Mixers (SBM)
320(9)
Double-Balanced Mixers (DBM)
329(5)
Further Mixer Characteristics
334(3)
Other Uses of Mixers
337(3)
Mixer Design Summary
340(3)
References
343(2)
Oscillators
345(98)
Introduction
345(7)
Phase Noise
352(12)
Phase Modulation Review: Sinusoidal Modulation
364(11)
Relating ø(fm) to L(fm)
375(3)
Sø(fm)
378(1)
When the Small β Conditions are Valid
378(1)
Phase Noise and Multipliers
379(2)
Phase Noise and Dividers
381(1)
Incidental Phase Modulation
382(7)
Incidental Frequency Modulation
389(4)
Comparison of IPM and IFM
393(1)
Other Phase Noise Specifications
394(1)
Spurious Considerations
395(4)
Frequency Accuracy
399(8)
Other Considerations
407(1)
Oscillator Realizations
408(9)
Numerically Controlled Oscillator (NCO)
417(16)
Crystal Reference Oscillators
433(2)
Oscillator Design Summary
435(5)
References
440(3)
Amplifiers and Noise
443(98)
Introduction
443(1)
Equivalent Model for a RF Device
443(3)
Noise Fundamentals
446(8)
Thermal Noise Properties
454(11)
Noise Power
465(1)
One Noisy Resistor
465(4)
System Model --- Two Noisy Resistors
469(10)
Internally Generated System Noise Model
479(5)
Signal-to-Noise Ratio (SNR)
484(3)
Noise Factor and Noise Figure
487(10)
Cascade Performance
497(10)
Examining the Cascade Equations
507(1)
Minimum Detectable Signal (MDS)
508(1)
Noise Temperature Measurement
509(10)
Lossy Devices
519(17)
Amplifier and Noise Summary Data
536(3)
References
539(2)
Linearity
541(98)
Introduction
541(1)
Linear and Nonlinear Systems
542(1)
Amplifier Transfer Curve
543(7)
Polynomial Approximations
550(2)
Single-Tone Analysis
552(4)
Two-Tone Analysis
556(9)
Distortion Summary
565(2)
Preselection
567(1)
Second-Order Distortion
568(4)
Third-Order Distortion
572(3)
Narrowband and Wideband Systems
575(2)
Higher-Order Effects
577(1)
Second-Order Intercept Point
578(9)
Third-Order Intercept Point
587(8)
Measuring Amplifier Nonlinearity
595(4)
Gain Compression and Output Saturation
599(4)
Comparison of Nonlinear Specifications
603(2)
Nonlinearities in Cascade
605(17)
Distortion Notes
622(4)
Nonlinearities and Modulated Signals
626(7)
Linearity Design Summary
633(5)
References
638(1)
Cascade I --- Gain Distribution
639(64)
Introduction
639(2)
Minimum Detectable Signal (MDS)
641(2)
Dynamic Range
643(1)
Spur-Free Dynamic Range
644(8)
Dynamic Range Notes
652(2)
Gain Distribution
654(7)
Gain and Noise
661(11)
Gain and Linearity
672(13)
System Nonlinearities
685(2)
TOI Tone Placement
687(4)
Automatic Gain Control (AGC)
691(3)
Cascade Gain Distribution Rules
694(3)
Cascades, Bandwidth and Cable Runs
697(3)
Cascade I Design Summary
700(2)
References
702(1)
Cascade II --- IF Selection
703(50)
Introduction
703(1)
Review
704(5)
Image Noise
709(5)
Upconversion vs. Downconversion
714(7)
LOs, Tuning Range and Phase Noise
721(3)
IF Selection Guidelines
724(2)
Practical Design Considerations
726(7)
A Typical System
733(3)
Design Examples
736(14)
Cascade II Design Summary
750(1)
References
751(2)
Gaussian or Normal Statistics
753(1)
Appendix
753(14)
Statistics and Noise
760(2)
Cancellation and Balance of Cosine Waves
762(4)
References
766(1)
Index 767