Current-mode CMOS circuit for look up fuzzy control table based on theory of transmission switches

By applying the structure and the theory of transmission voltage switches, the design method at switch-level of the CMOS monostable multivibrator is presented, and two examples are given.

Based on theory of transmission current switches, several kinds of important ternary CMOS circuits are designed, and the results show that simpler circuits can be obtained by applying this theory, thus the research on circuits design of switch level logic can be improved.

By applying the switch-signal theory, the theory of transmission current-switches based on symmetric binary logic is proposed.

By applying the theory of transmission voltage-switches,a PNP-NPN-NPN ternary BiCMOS general drive-circuit was designed at switch-level,then a ternary BiCMOS inverter circuit was designed.

By applying the theory of transmission voltage-switches,binary BiCMOS general drive-circuits and binary full-swing BiCMOS general drive-circuits at switch-level were designed,and some binary full-swing BiCMOS circuits were designed based on the binary full-swing BiCMOS general drive-circuits at switch-level.

By applying the theory of transmission voltage-switches,the general structure of binary BiCMOS circuit based on NPN-NPN was proposed.

The transmission theorem of cascade AWGs for dispersion compensation system based on time-space conversion is analyzed,and compared with the system of lightwave signal process of cascade grating-double lenses.