Analysis and Applications of Pass-Transistor/ CMOS Collaborated Logic

碩士 === 大同工學院 === 電機工程研究所 === 86 === This thesis focuses on the analysis and application of PCCL. The PCCL is especially used in low-power VLSI and a universal gate. We try to implement a set of logic functions and discuss the waveforms attenuated by pass-transistors. We discuss the techni...

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Main Authors: Lin Teng-Yuan, 林鼎源
Other Authors: Cheng-Ching Huang
Format: Others
Language:zh-TW
Published: 1998
Online Access:http://ndltd.ncl.edu.tw/handle/09404824821994602851
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spelling ndltd-TW-086TTIT04420322015-10-13T17:34:49Z http://ndltd.ncl.edu.tw/handle/09404824821994602851 Analysis and Applications of Pass-Transistor/ CMOS Collaborated Logic 傳輸/金氧半場效電晶體協力邏輯之分析與應用 Lin Teng-Yuan 林鼎源 碩士 大同工學院 電機工程研究所 86 This thesis focuses on the analysis and application of PCCL. The PCCL is especially used in low-power VLSI and a universal gate. We try to implement a set of logic functions and discuss the waveforms attenuated by pass-transistors. We discuss the technique improved by inverter-restoring and the waveform can be restored to at 500 MHz operation frequency. We try to replace the level-restoring circuit of PCCL by inverter-latch one. Finally, we don't implement by BDD, but implement by AND and OR gates of convWe simulate the critical-path waveform by HSPICE. The process parameters adopt the UMC 0.5 process for education. In the fixed process, The result of power-delay-product improves to nearly 1/3 compared with CMOS logic-style in high process. Cheng-Ching Huang 黃正清 1998 學位論文 ; thesis 0 zh-TW
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language zh-TW
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description 碩士 === 大同工學院 === 電機工程研究所 === 86 === This thesis focuses on the analysis and application of PCCL. The PCCL is especially used in low-power VLSI and a universal gate. We try to implement a set of logic functions and discuss the waveforms attenuated by pass-transistors. We discuss the technique improved by inverter-restoring and the waveform can be restored to at 500 MHz operation frequency. We try to replace the level-restoring circuit of PCCL by inverter-latch one. Finally, we don't implement by BDD, but implement by AND and OR gates of convWe simulate the critical-path waveform by HSPICE. The process parameters adopt the UMC 0.5 process for education. In the fixed process, The result of power-delay-product improves to nearly 1/3 compared with CMOS logic-style in high process.
author2 Cheng-Ching Huang
author_facet Cheng-Ching Huang
Lin Teng-Yuan
林鼎源
author Lin Teng-Yuan
林鼎源
spellingShingle Lin Teng-Yuan
林鼎源
Analysis and Applications of Pass-Transistor/ CMOS Collaborated Logic
author_sort Lin Teng-Yuan
title Analysis and Applications of Pass-Transistor/ CMOS Collaborated Logic
title_short Analysis and Applications of Pass-Transistor/ CMOS Collaborated Logic
title_full Analysis and Applications of Pass-Transistor/ CMOS Collaborated Logic
title_fullStr Analysis and Applications of Pass-Transistor/ CMOS Collaborated Logic
title_full_unstemmed Analysis and Applications of Pass-Transistor/ CMOS Collaborated Logic
title_sort analysis and applications of pass-transistor/ cmos collaborated logic
publishDate 1998
url http://ndltd.ncl.edu.tw/handle/09404824821994602851
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