Design state-of-the-art charge pumpsCharge Pump IC Design delivers an advanced systematic approach to charge pump circuit design-from building blocks to final pump. The book describes how to achieve high power efficiency and low supply noise. Negative feedback control, compensation, and stability are discussed and real-world design examples with schematics are included. The proven techniques presented in this practical, cutting-edge guide will help you to provide the efficient power conversion needed for today's portable electronic devices.
Comprehensive coverage includes:
Regulators and power converters
Charge pump design specifications and design metrics
Single stage charge pump
Multi-stage charge pump
Charge pump clock driver
Charge pump stability analysis
Charge pump design, regulation, and control by examples
Charge pump applications
Feng Pan received his BS degree in EECS from The University of California, Berkeley, and MS in Electrical Engineering from Stanford University. He is a Stanford Certified Program Manager (SCPM), and is currently working as a director of NSG at Micron Technology, Inc., on 3D VNAND technology. Mr. Pan previously held various senior management and leadership positions at SanDisk and AMD. Mr. Pan is coauthor of Charge Pump Circuit Design, and has 51 granted patents related to power management, LDO, charge pump architectures, charge pump regulations and applications, ADC design, op-amp designs, and NAND/NOR flash memory designs.
Acknowledgements Preface 1. Charge pump overview 2. Metrics of charge pump design 3. DC-DC converter for LDO replacement 4. Single stage charge pump 5. Multi-stage charge pump 6. Charge pump clock driver and stage design 7. Charge pump stability analysis 8. Charge pump design, regulation and control by examples 9. Charge pump applications Appendix Bibliography Index