非接触供电技术研究（英文版）
作者： 周成虎
出版时间：2016年1月
出版社：黄河水利出版社
- 黄河水利出版社
- 9787550913677
- 25740
- 2016年1月
- 未分类
- 未分类
- TM72
周成虎著的《非接触供电技术研究》介绍：Contactless Power Transfer (CPT) is a new type of power transmission mode, which is a newtype of power transmission mode at a specific frequency, such as the electric energy or energy as asignal. Due to overcome the traditional physical contact with energy transmission of electric shock,sparks and other defects, with the advantages of safety, reliability, high efficiency and flexibility,has good application prospects in underground mining, water and other harsh environment or themobile load power supply, it has been attracted the attention of researchers.
In this paper, the characteristics, the research significance and the development status of thecontactless power transmission system are introduced. The theoretical analysis, the computersimulation and the circuit experiment are used.
Objective
Chapter 1 Introduction of Contactless Power Transmission
1.1 Introduction
1.2 Research status of contactless power transmission technology
1.3 Basic constitution of contaetless power transmission system
1.4 Contactless power transmission system classification
1.5 Power flow stability analysis of multi-load system
1.6 Multi-load program
Summary
Chapter 2 Study on Contactless Cardiac Pacemakers the Power
2.1 Overview
2.2 Circuits (design) ideas and principles
2.3 Software function analysis
2.4 Contactless prototyping pacemaker
Chapter 3 ZigBee-based Pacemaker Contactless Charging System
3.1 Purpose of the study
3.2 Positioning a Contactless charging system
3.3 Twin scroll manifold control algorithm figure observations
3.4 Results and conclusions
3.5 Advanced analysis
Chapter Contactless Power Transmission Lights Circuit
4.1 System model
4.2 Contactless power transmission headlight circuit
4.3 IR2110 circuit
4.4 Main specifications
4.5 Software design
4.6 Prototype production
Chapter 5 Contactless Power Transmission System Soft Switch Mode
5.1 Contactless power transmission system
5.2 Software function analysis
5.3 Contactless power transmission system of non-linear characteristic analysis
5.4 Limit cycle theory with determination circuit is in the soft state
5.5 Experimental verification
Chapter 6 Design and Implementation of a Wireless Mouse Circuit
6.1 Introduction
6.2 Contactless feeder mouse works
6.3 A wireless transceiver
6.4 Microprocessor
6.5 Software design
6.6 Send procedure
6.7 Accept procedure
References
