

Type of Document Master's Thesis Author Dong, Wei Author's Email Address julie@compass-da.com URN etd-51797-16187 Title The Design of an Asic Control Chip for a Forward Active Clamp Converter and the Investigation of Integratable Lateral Power Devices Degree Master of Science Department Electrical and Computer Engineering Advisory Committee
Advisor Name Title Huang, Alex Q. Committee Chair Chen, Dan Y. Committee Member Lee, Fred C. Committee Member Keywords
- PWM controller
- ASIC
- Lateral power devices
- Power IC
Date of Defense 1997-10-01 Availability unrestricted Abstract In Part I, the design of an ASIC control chip for a forward active clamp converter is presented. Integration of the control and drive circuit into one IC chip results in higher power density, higher reliability for the converter module. The designed ASIC control chip uses a 2.0 um N well Analog CMOS process, and is fabricated at MOSIS. The design procedures of the ASIC chip are explained, and experimental results are presented.Part II of the thesis focuses on the numerical investigation of several integratable lateral power devices. Lateral power devices are used in power IC designs because of their compatibility with analog & digital IC process. To obtain devices with high current density, large safe operating area, fast response and low cost is highly desirable for power ICs. In Part II of this thesis, several lateral power devices are discussed and simulated, including lateral IGBT, lateral MCT and double gate lateral MCTs. It is shown that lateral IGBT and lateral MCTs are good candidates for power IC applications.
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