POWER ELECTRONICS. EE‐312 Engr.Talha Ahmed Khan. Introduction to Power Electronics. Power Electronics = Power + Control + Electronics Control deals with the steady state and dynamic characteristics of closed loop systems.By blue
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Lower Power Voltage Scaling. 1999. 8. 성균관대학교 조 준 동 http://vada.skku.ac.kr . Voltage Scaling.
L40: Lower Power Equalizer. J. W. Kim and J.D.Cho 성균관대학교 http://vada.skku.ac.kr . Low Power Equalizer . Jin Woo Kim, J.D.Cho, 1999, SKKU Introduction Equalizer Low-Power Methodology in Equalizers Simulation Future Work Reference. Introduction – xDSL (Digital Subscriber Line).
Lower Power Design Guide. 1998. 6.7 성균관대학교 조 준 동 교수 http://vlsicad.skku.ac.kr. Contents. 1. Intoduction Trends for High-Level Lower Power Design 2. Power Management Clock/Cache/Memory Management 3. Architecture Level Design Architecture Trade offs, Transformation
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Ratings. 1 Externe Ratings 1.1 Rating durch internationale Agenturen 1.2 Rating durch Agenturen für KMU’s 1.3 Rating durch spezialisierte Anbieter 1.4 Spezielle Ratings 2 Interne Ratings 2.1 Beispiel: IKB 2.2 IRB-Formel 2.3 Basisindikator-Ansatz 3 Operational Risk
L35: Lower Power Voltage Scaling. 1999. 8. 성균관대학교 조 준 동 http://vada.skku.ac.kr. Voltage Scaling.
Lower Power Embedded Architecture Design. 성균관대학교 조 준 동 교수 , 1999. 8 http://vada.skku.ac.kr . Contents. Embedded Systems Design and Optimization of ASIP (Application Specific Instruction Processor) Hardware and Software Codesign Reconfigurable Processors
L6: Lower Power Architecture Design. 1999. 8.2 성균관대학교 조 준 동 교수 http://vada.skku.ac.kr. Through WAVE PIPELINING. Wave-pipelining on FPGA. Pipeline 의 문제점 Balanced partitioning Delay element overhead Tclk > Tmax - Tmin + clock skew + setup/hold time Area, Power, 전체 지연시간의 증가
Lower Power High Level Synthesis. 1999. 8 성균관대학교 조 준 동 교수 http://vada.skku.ac.kr. System Partitioning. To decide which components of the system will be realized in hardware and which will be implemented in software
L37: Lower Power CDMS searcher. 1998. 6.7 성균관대학교 조 준 동 교수 http://vada.skku.ac.kr. Low Power CDMA Searcher Project. 과제명: IS-95 기반의 DS/CDMA 시스템 Co-design 기법을 이용한 저전력 설계 개발기간 : 1999.3.1 - 2000.2:28 (12 개월 ) 개발 목적 및 방법 : CDMA 단말기에 사용하기위한 MSM