[ebook]Design and Modeling of Millimeter-wave CMOS Circuits

mscyc0909

Contents for Reference
===============================================================
Part 1: Background ...................................................................................... 1
Chapter 1: A Short History ......................................................................... 3
1. Millimeter Waves ................................................................................ 3
2. Birth of the Transistor ......................................................................... 5
Chapter 2: State of the Art .......................................................................... 7
Chapter 3: RF CMOS IC Design .............................................................. 11
1. The Wireless Transceiver .................................................................. 12
2. Design Tools...................................................................................... 17
3. Measurement Equipment................................................................... 21
Part 2: Millimeter-Wave CMOS Passive Devices.................................... 25
Chapter 4: On-Chip Inductor ................................................................... 27
1. Physical Phenomena in the On-Chip Inductor................................... 27
2. Existing Inductor Models .................................................................. 28
3. Substrate-Coupled Inductor Model ................................................... 31
4. Equations for the Scalable Model...................................................... 33
5. Experimental Results......................................................................... 39
6. Circuit Performance........................................................................... 43
7. Chapter Summary.............................................................................. 46
Chapter 5: On-Chip Capacitor ................................................................. 49
1. Analysis of the Floating Shield ......................................................... 50
2. Scalable Circuit Model ...................................................................... 55
3. Experimental Results......................................................................... 60
4. Chapter Summary.............................................................................. 67
Chapter 6: Transmission Lines ................................................................. 69
1. Fundamentals..................................................................................... 69
1.1 Electric and Magnetic Field Propagations ................................. 69
1.2 Voltage and Current Wave Propagations................................... 72
1.3 Phase Velocity ........................................................................... 74
2. Slow-Wave Transmission Line (SWTL)........................................... 75
2.1 Background on Slow-Wave Research........................................ 76
2.2 Realizing Slow-Wave Transmission Lines ................................ 77
2.2.1 The SWTL Structure........................................................ 77
2.2.2 Measurement of Fabricated Structures............................. 81
2.3 Modeling SWTL........................................................................ 86
2.3.1 Equivalent Circuit Model................................................. 86
2.3.2 Modeling Results ............................................................. 89
3. Asymmetric Coaxial Waveguide (ACW).......................................... 92
3.1 The ACW Structure ................................................................... 93
3.2 Analysis of Inductive and Capacitive Quality Factors
in Transmission Lines ................................................................ 95
3.3 Experimental Results ................................................................. 97
4. Chapter Summary............................................................................ 100
Chapter 7: On-Chip Balun ...................................................................... 103
1. Balun Design ................................................................................... 103
2. Experimental Results....................................................................... 105
3. Derivations for Differential-Mode and Common-Mode
Response Ratio ................................................................................ 110
4. Chapter Summary............................................................................ 111
Part 3: Millimeter-Wave Active CMOS Circuits .................................. 113
Chapter 8: Up-Conversion Mixers.......................................................... 115
1. Pseudo-Millimeter Wave Up-Conversion Mixer............................. 115
1.1 Up-Conversion Mixer Design Methodology ........................... 116
1.2 Stacked Marchand Balun Design............................................. 118
1.3 Experimental Results ............................................................... 122
2. Millimeter-Wave Up-Conversion Mixer at 50 GHz........................ 127
2.1 Up-Conversion Mixer Design.................................................. 127
2.1.1 Mixer Topology ............................................................. 127
2.1.2 Passive Balun Structure ................................................. 128
2.1.3 Active IF Balun.............................................................. 129
2.2 Experimental Results ............................................................... 129
3. Chapter Summary............................................................................ 132
Chapter 9: Down-Conversion Mixer ...................................................... 133
1. Mixer and Slow-Wave Transmission Lines .................................... 134
2. Chip Layout ..................................................................................... 137
3. Experimental Results....................................................................... 138
4. Chapter Summary............................................................................ 140
Chapter 10: RF Amplifier........................................................................ 141
1. Review of Conventional Design Techniques .................................. 142
1.1 Stability.................................................................................... 144
1.2 Gain.......................................................................................... 147
1.3 Noise Figure............................................................................. 148
2. Current-Reuse Cascade Amplifier................................................... 150
2.1 Principles of Operation ............................................................ 151
2.2 Analytical Expression for Circuit Transconductance .............. 154
2.3 Design of 60 GHz CRCA ........................................................ 156
3. Experimental Results....................................................................... 156
4. Chapter Summary............................................................................ 159
Chapter 11: Voltage Controlled-Oscillator............................................ 161
1. Design of 76 GHz VCO .................................................................. 161
2. Experimental Results....................................................................... 164
3. Chapter Summary............................................................................ 167
Chapter 12: Conclusion ........................................................................... 169
References ................................................................................................. 173
Index .......................................................................................................... 181

lusitani

感謝大大無私的分享!

wufuwei

thanks very much

skygardon

很不错的一本书，毫米波CMOS电路发展很好，了解一下！

xiaoli055

回复 1# pipiw

顶～

lcyislcy

很好的一本书，作者也很厉害，感谢分享

qiuyj23

不错。

xuleiwx

下载了

basildy

guoxiliang

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