提出采用双传管逻辑设计三值电路的方法,对每个MOS管的逻辑功能均采用传输运算予以表示以实现有效综合.建立了三值双传输管电路的反演法则和对偶法则.新提出的三值双传输管逻辑电路具有完全基于标准CMOS工艺,无需对MOS管作任何阈值调整,结构简单、规则,输入信号负载对称性好,逻辑摆幅完整以及无直流功耗等特点.采用TSMC0.25μm工艺参数和最高电压为3V的HSPICE模拟结果验证了所提出综合方法的正确性. This paper proposes a method to design ternary circuit by using double-pipe logic, and the logic function of each MOS transistor is expressed by the transfer operation to achieve an effective synthesis. The inversion law and duality rule of the triple-transposing pipe circuit are established. Of the three-valued dual-transmission logic circuit with a completely based on standard CMOS technology, without any threshold for the MOS transistor adjustment, simple structure, the rules of the input signal load symmetry, complete logic swing and no DC power consumption, etc. Using TSMC0 .25μm process parameters and the maximum voltage of 3V HSPICE simulation results verify the accuracy of the proposed synthesis method.