1) theory of transmission current-switches
传输电流开关理论
1.
By applying the switch-signal theory, the theory of transmission current-switches based on symmetric binary logic is proposed.
应用开关信号理论 ,建立了基于对称二值逻辑的传输电流开关理论 。
2) theory of transmission current switches
电流传输开关理论
1.
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.
基于电流传输开关理论,对几类重要的三值CMOS电路进行了设计,结果表明,应用该理论能获得简单的电路设计。
3) theory of transmission voltage switches
传输电压开关理论
1.
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.
在此基础上,运用传输电压开关理论进行了CMOS单稳态触发器的开关级设计研究,并具体设计了两个单稳态触发器。
4) theory of transmission voltage-switches
传输电压开关理论
1.
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.
应用传输电压开关理论,从开关级设计PNP-NPN-NPN型三值BiCMOS通用驱动电路,并运用此电路设计三值BiCMOS反相器电路。
2.
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.
首先提出了基于PNP-PNP的二值BiCMOS电路的一般结构,然后应用传输电压开关理论,从开关级设计基于PNP-PNP的二值BiCMOS通用驱动电路,进而设计二值全摆幅BiCMOS通用驱动电路,并运用所设计的二值全摆幅BiCMOS通用驱动电路设计各种二值全摆幅BiCMOS电路,例如:反相器电路、与非门电路和或非门电路。
3.
By applying the theory of transmission voltage-switches,the general structure of binary BiCMOS circuit based on NPN-NPN was proposed.
首先应用传输电压开关理论,提出了一种基本的基于NPN-NPN的BiCMOS驱动电路结构。
5) theory of transmission switches
传输开关理论
1.
Current-mode CMOS circuit for look up fuzzy control table based on theory of transmission switches
基于传输开关理论的电流型CMOS模糊控制表查询电路
6) charge transfer switches
电流传输开关
1.
Because of the existing of reverse current, the output voltage of charge pump, NCP-1, which is utilizing charge transfer switches, is not as high as expected.
由于存在逆向电流,利用电流传输开关特性的改进型的电压泵(NCP-1)的电压增益被大大减弱。
补充资料：标准冲击电流波形(见冲击电流发生器)
标准冲击电流波形(见冲击电流发生器)
standard impulse current wave form
blaozhun ehonglld}0n4一u box]ng标准冲击电流波形(standard impulse currentwave form)见冲击电流发生器。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条