Paul R. Gray学生的博士论文,关于CMOS RF Power Amplifiers

kevinliu_2008

Efficiency Enhancement Techniques for CMOS RF
Power Amplifiers,2006, Naratip Wongkome Paul R. Gray,University of California, Berkeley


Chapter 1: Introduction        1
1.1 Motivation        1
  1.2  Power Amplifier in Modern Wireless Applications  3
1.3 Research Goals       4
1.4 Thesis Organization       7

Chapter 2: RF Power Amplifier Fundamentals    8
2.1 Power Amplifier Basics      9
2.2 Power Efficiency       10
2.3 Linearity        13
  2.3.1 AM-to-AM and AM-to-PM Characteristic   15
  2.3.2 Spectral Mask      16
  2.3.3 Adjacent Channel Leakage Ratio    17
  2.3.4 Error Vector Magnitude     18
2.4 Typical PA circuit       19
2.5 Power Amplifier Classes      21
2.5.1 Class A Amplifier      21
  2.5.2 Class AB,B, and C Amplifiers    24
  2.5.3 Class D Amplifier      27
  2.5.4 Class E Amplifier      29
  2.5.5 Class F Amplifier      30

Chapter 3: Power Amplifier Enhance Techniques    34
3.1 PA Enhancement Techniques     35
3.2 Efficiency Enhancement Techniques    36
  3.2.1 Doherty Amplifier      37
  3.2.2 Power Supply Variation     40
  3.2.3 Bias Adaptation   
  3.3 Linearization Techniques      43
  3.3.1 Feedback       43
  3.3.2 Predistortion       46
  3.3.3 Envelope Elimination and Restoration (EER)  47
  3.3.4 Chireix’s Outphasing     48

Chapter 4: Doherty Amplifier        51
4.1 Doherty Amplifier Block Diagram     52
  4.2  Passive Impedance Inverter (Z
)     53
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4.3 Doherty Amplifier Operation     54
4.4 Linear Doherty Amplifier      63
  4.5  Effect of Lossy Z  Network     67
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  4.6  Tuning of Z  Network      70
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4.7 Nonlinear Doherty Amplifier     72
4.8 Effect of Load Variation      75
4.9 Multi-stage Doherty Amplifier     77

Chapter 5: Linear Amplifier Design      79
5.1 Linear Output Stage Design     81
  5.2  Linear Output Stage with Cascode Transistor      95
5.3 Driver Stage Design       97
5.4 Capacitive Neutralization Technique   
5.5 Interstage Matching       105
5.6 Output Matching Network      107

Chapter 6: CMOS Protype and Experimental Results   114
6.1 Doherty Amplifier Building Blocks     114
  6.1.1 Polyphase Circuit      115
  6.1.2 Main and Auxiliary Amplifiers     117
   6.1.2.1 Output Stage     118
   6.1.2.2 Interstage Matching    121
ii
   6.1.2.3 Predriver and Driver    123
  6.1.3 Output Matching Network     124
  6.1.4 Impedance Inverter Network    127
  6.1.5 Switched Capacitor Array     129
  6.2 Overall Simulation Results      134
6.3 CMOS Prototype       137
6.4 Experimental Results      138

Chapter 7: Conclusion        142

lzheng1984

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fanjx

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muyangtong

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donnie

:victory: :victory: :victory:

yleagle

好东西，不过以后会单独出本书吗？

liuzhieetop

:victory:

tryeexiao

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ferdinands

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muyangtong

very good,thanks!