pdf都是英文版的，其中2006版中目录不全，内容是全的有9章，章节如下：
chapter3 Basic operation of a charge pump
3.1 charge pump system
3.2 basic concept:the bucket capacitor model
3.3 the dickson charge pump
3.4 dynamic analysis of charge pump
3.4.1 the body effct revisited
3.5 dynamic analysis of the charge pump with body effct
3.6 conclusion
chapter4 charge pump design criteria
4.1 technology
4.1.1 system supply voltage
4.1.2 silicon dioxide(SiO2)
4.1.3 resistor
4.1.4 transistor specification
4.2 specification
4.2.1 output load characteristics
4.2.2 pump output voltage
4.2.3 pump output current
4.2.4 ripple on regulated output voltage
4.2.5 pump regulation
4.2.6 capacitive divider
4.2.7 resistive divider
4.2.8 MOSFET biased type regulator
4.2.9 which scheme should be used in design?
4.3 pump power consumption
4.4 die size of the charge pump
4.5 conclusion
chapter5 how to design a basic charge pump
5.1 charge pump specifications
5.1. output voltage
5.1.2 current drivability
5.1.3 output ramp-up time and recovery time
5.1.4 power consumption
5.2 pump clock source
5.3 regulator design
5.4 non-overlapping clock generator
5.5 cross-coupled voltage doubler design
5.6 logical effort for clock buffer sizing
5.7 parasitic R and C
5.8 power bus and bower bus capacitance
5.9 conclusion
chapter6 designing a better cahrge pump
6.1 parameters associated with pump performance
6.1.1 charge transfer point of view
6.1.2 voltage point of view
6.2 how to improve charge pump efficiency
6.2.1 Vt cancellation scheme
6.2.2 pump design using high-amplitude pump clocks
6.3 regulation of the pump
6.3.1 resistive divider versus capacitive divider
6.3.2 regulation controls
6.3.3 noise control for regulation
6.4 power consumption versus pump performance
6.5 charge pump area efficiency
6.6 layout requirements for pump design
6.6.1 parasitic capacitance
6.6.2 miller effect(parasitic capacitance)
6.6.3 junction capacitance
6.6.4 improving layout efficiency per unit area
6.6.5 well resistance
6.6.6 critical signal width
6.6.7 clock buffering
6.6.8 power bus and decoupling capacitance
6.7 conclusion
chapter7 different charge pump architectures
7.1 the 2-phase positive charge pump-revisited
7.2 the 4-phase positive charge pump
7.3 the modified 2-phase positive charge pump with doubled pump clock amplitude
7.4 the static CTS charge pump
7.5 the positive charge pump with very high amplitude pump clocks
7.6 the 2-phase negative charge pump
7.7 the 2-phase negative charge pump with triple well technology
7.8 conclusion
chapter8 future design references
8.1 area versus performance
8.1.1 output performance versus pump clock frequency
8.1.2 output performance versus pump clock amplitude
8.1.3 output performance versus number of pump stages
8.2 power consumption
8.2.1 power consumption versus pump clock frequency
8.2.2 Power consumption versus number of pump stages
8.2.3 Power consumption versus pump clock amplitude
8.3 Noise Controls for the Charge Pump
8.3.1 Noiseversus filteringcapacitance
8.3.2 Noise versus balance of pump power
8.4 Off-Chip Charge Pump
8.4.1 Off-chip capacitive charge pump
8.4.2 Off-chip inductive charge pump
8.5 Conclusion
chapter9 a practical cahrge pump design example and analysis
9.1 Design Specification
9.2 Design Steps
9.2.1 Step 1: Determine N, the initial number of stages
9.2.2 Step 2: Determine f, the initial pump operating frequency
9.2.3 Step 3: Determine C, the initial size of the pump capacitor
9.2.4 Step 4: Determine the diode W/L the initial size of the diode-connected MOSFET
9.3 Initial Simulation and Analysis
9.4 Pump Performance Characterization
9.4.1 Pump efficiency calculation
9.4.2 Pump I-V characteristics
9.4.3 Pump output current versus pump clock frequency
9.4.4 Pump output current versus MOSFET sizes
9.4.5 Pump output current versus clock driver size
9.4.6 Design summary
9.5 Conclusion
以上为整个9章的目录，pdf中目录只有前两章。
下面给出2015版的目录：
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发表于 2020-12-30 15:22:29
