The Circuits and Filters HandbookWai-Kai Chen CRC Press, 23 Ara 2002 - 2984 sayfa A bestseller in its first edition, The Circuits and Filters Handbook has been thoroughly updated to provide the most current, most comprehensive information available in both the classical and emerging fields of circuits and filters, both analog and digital. This edition contains 29 new chapters, with significant additions in the areas of computer- |
İçindekiler
1 Linear Operators and Matrices | 3 |
2 Bilinear Operators and Matrices | 23 |
3 The Laplace Transform | 43 |
4 Fourier Series Fourier Transforms and the DFT | 89 |
5 zTransform | 119 |
6 Wavelet Transforms | 137 |
7 Graph Theory | 217 |
8 Signal Flow Graphs | 245 |
49 Design by Optimization | 1301 |
50 Statistical Design Optimization | 1325 |
51 Physical Design Automation1 | 1357 |
52 Design Automation Technology | 1381 |
53 ComputerAided Analysis | 1411 |
54 Analog Circuit Simulation | 1455 |
55 Monolithic Device Models | 1477 |
56 Analog Circuit Cells | 1599 |
9 Theory of TwoDimensional Hurwitz Polynomials | 257 |
10 Passive Circuit Elements | 273 |
11 RF Passive IC Components | 351 |
12 Circuit Elements Modeling and Equation Formulation | 375 |
13 Controlled Circuit Elements | 387 |
14 Bipolar Junction Transistor BJT Circuits | 403 |
15 Operational Amplifiers | 427 |
16 HighFrequency Amplifiers | 465 |
17 Fundamental Circuit Concepts | 515 |
18 Network Laws and Theorems | 529 |
19 Terminal and Port Representations | 585 |
20 Signal Flow Graphs in Filter Analysis and Synthesis | 605 |
21 Analysis in the Frequency Domain | 625 |
22 Tableau and Modified Nodal Formulations | 663 |
23 Frequency Domain Methods | 685 |
24 Symbolic Analysis | 753 |
25 Analysis in the Time Domain | 781 |
26 StateVariable Techniques | 799 |
27 Feedback Amplifier Theory | 823 |
28 Feedback Amplifier Configurations | 841 |
29 General Feedback Theory1 | 871 |
30 The Network Functions and Feedback1 | 885 |
31 Measurement of Return Difference1 | 895 |
32 MultipleLoop Feedback Amplifiers | 901 |
33 Qualitative Analysis | 921 |
34 Synthesis and Design of Nonlinear Circuits | 941 |
35 Representation Approximation and Identification | 977 |
36 Transformation and Equivalence | 1009 |
37 PiecewiseLinear Circuits and PiecewiseLinear Analysis | 1031 |
38 Simulation | 1055 |
39 Cellular Neural Networks | 1075 |
40 Bifurcation and Chaos | 1093 |
41 Transmission Lines | 1165 |
42 Multiconductor Transmission Lines | 1183 |
43 Time and Frequency Domain Responses | 1191 |
44 Distributed RC Networks | 1201 |
45 Synthesis of Distributed Circuits | 1223 |
46 Modeling of Circuit Performances | 1247 |
47 Symbolic Analysis Methods | 1263 |
48 Numerical Analysis Methods | 1283 |
57 HighPerformance Analog Circuits | 1699 |
58 RF Communication Circuits | 1755 |
59 PLL Circuits | 1783 |
60 Digital Circuits | 1815 |
61 Digital Systems | 1849 |
62 Data Converters | 1991 |
63 InternetBased MicroElectronic Design Automation IMEDA Framework | 2049 |
64 SystemLevel Design | 2081 |
65 Synthesis at the Register Transfer Level and the Behavioral Level | 2099 |
66 Embedded Computing Systems and HardwareSoftware CoDesign | 2125 |
67 Design Automation Technology Roadmap | 2135 |
68 Performance Modeling and Analysis in VHDL | 2175 |
69 General Characteristics of Filters | 2219 |
70 Approximation | 2247 |
71 Frequency Transformations | 2279 |
72 Sensitivity and Selectivity | 2293 |
73 Passive Immittances and PositiveReal Functions1 | 2325 |
74 Passive Cascade Synthesis1 | 2333 |
75 Synthesis of LCM and RC OnePort Networks1 | 2349 |
76 TwoPart Synthesis by Ladder Development1 | 2361 |
77 Design of Resistively Terminated Networks1 | 2377 |
78 Design of Broadband Matching Networks1 | 2391 |
79 LowGain Active Filters | 2425 |
80 SingleAmplifier MultipleFeedback Filters | 2457 |
81 MultipleAmplifier Biquads | 2471 |
82 The Current Generalized Immittance Converter CGIC Biquads | 2495 |
83 HighOrder Filters | 2515 |
84 ContinuousTime Integrated Filters | 2541 |
85 Switched Capacitor Filters | 2573 |
86 FIR Filters | 2603 |
87 IIR Filters | 2679 |
88 Finite Wordlength Effects | 2739 |
89 AliasingFree Reconstruction Filter Bank | 2759 |
90 VLSI Implementation of Digital Filters | 2795 |
91 TwoDimensional FIR Filters | 2809 |
92 TwoDimensional IIR Filters | 2839 |
93 Symmetry and 2D Filter Design | 2889 |
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amplifier analysis applied approximation assume base basis branch called capacitance capacitor characteristics circuit coefficients complex components compute connected Consider constant controlled corresponding current source defined dependent determined device difference differential directed discussion edges effects element equal equations equivalent example exists expression factor feedback FIGURE filter flow formula Fourier frequency function gain given graph ideal IEEE illustrated impedance increases independent inductance inductor input integral limit linear loop matrix method node noise nonlinear Note obtain operator orthonormal output parameters pole polynomial port positive present reference representation represented resistance resistor respect response result shown in Fig shows signal solution space symbolic terminals Theorem theory transform transistor variables vector voltage voltage source wavelet zero