基于开关信号理论的三值电流型CMOS电路设计

吴训威; 邓小卫; 应时彦

基于开关信号理论的三值电流型CMOS电路设计

吴训威^{①;邓小卫},
邓小卫,
应时彦

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出版历程
- 收稿日期: 1992-01-29
- 修回日期: 1992-09-17
- 刊出日期: 1993-03-19

DESIGN OF TERNARY CURRENT-MODE CMOS CIRCUITS BASED ON SWITCH-SIGNAL THEORY

Wu Xunwei^{①;邓小卫},
Deng Xiaowei,
Ying Shiyan

摘要

摘要: 本文应用开关信号理论对电流型CMOS电路中MOS传输开关管与电流信号之间的相互作用进行了分析,并提出了适用于电流型CMOS电路的传输电流开关理论。应用该理论设计的三值全加器等电路具有简单的电路结构和正确的逻辑功能,从而证明了该理论在指导电流型CMOS电路在开关级逻辑设计中的有效性。
- 开关信号理论; 传输电流开关理论; 多值逻辑; 电流型CMOS电路
Abstract: By applying switch-signal theory, the interaction between MOS transmission switching transistor and current signal in current-mode circuits is analyzed, and the theory of transmission current-switches which is suitable to current-mode CMOS circuits is proposed. The circuits such as ternary full-adder, etc. designed by using this theory can have simpler circuit structures and correct logic functions. It is confirmed that this theory is efficient in guiding the logic design of current-mode CMOS circuits at switch level.

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参考文献(1)

X. Wu(吴训威),F. Prosser, Ins. J. Elecaronics. 65(1988)5, 891-905.[2]X. Wu(吴训威),F. Prosser, Ternary CMOS sequential circuits, IEEE Proc. of Int. Symp. on MVL, Palma De Mallorca, (1988), pp.307-313.[3]X. Wu(吴训威), X. Chen(陈偕雄), F. Prosser, An Investigation into CMOS Quaternary Fuli Adder Based on Transmission Function Theory, IEEE Proc. of Int. Symp. on MVL, Guangzhou, (1989), pp. 58-62.[4]X. Chen(陈偕雄), X. Wu(吴训威),Ins. J. Electronics, 67(1989)6, 829-839.[5]D. A. Freitas, K. W. Current, Electron Lett, 19(1983)17, 659-697.[6]D. A. Freitas, K. W. Current, A Quaternary Logic Encoder-Decoder Circuit Design Using CMOS, IEEE. Proc. of Int. Symp. on MVL, Kyoto, (1983), pp. 190-195.[7]K. W. Current, D. A. Freitas, F. A. Edwards, CMOS Quaternary Threshold Logic Full-Adder Circuits, IEEE Proc. of Int. Symp. on MVL, Kingston, (1985), pp. 318-322.T. Yamakawa, CMOS Multivalued Circuits in Hybrid Mode, IEEE Proc. of Int. Symp. on MV L, Kingston, (1985), pp. 144-151.[8]S. P. Onneweer, H. G. Kerkholf, Current-Mode CMOS High-Radiox Circuits, IEEE Proc. of Int. Symp. on MVL, Blacksburg, (1986), pp. 60-69.[9]S. P. Onneweer, H. G. Kerkholf, High Radix Current-Mode CMOS Circuits Based on the Truncated-Defference Operator, IEEE Proc. of Int. Symp. on MVL, Boston, (1987), pp. 188-195.[10]M. Kameyama, S. Kawahito, T. Higuchi, Computer, 21(1988)9, 43-56.[11]O, Isbizuka, H. Takarabe, Z. Tang, H. Matsumoto, Synthesis of Current-Mode Pass Transiatur Networks, IEEE Proc. of Int. Symp. on MVL, Victoria, (1991), pp. 139-146.[12]X. Wu(吴训威),Z. Zhang(章专),Int. J. Electronics, 71(1991)6, 1023-1035.[13]X. wu(吴训威),X. Deng(邓小卫),Theory of Grounded Current Switches and Quaternary III. Circuits[14]IEEE Proc. of Int. Symp. on MVL, Vitoria, (19911), pp. 210-215.[15]X. Wu(吴训威),The Theory of Clipping Voltage-Switches and Design of Quaternary nMOS Circuits,[16]IEEE Proe. of Int. Symp. on MVL, Sendai, (1992), pp. 119-125.

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