摘要
该文在电路三要素(信号,网络和负载)理论的基础上提出双极型电路通用综合方法。文中首先引入适用于电压型和电流型电路的广义二值信号,推导出源信号和负载简化定理。由此分析各单元电路结构和推导出相应的元件级电路表达式,进一步找出一种新的电路实现方式。在此基础上设计出新的低压TTL和多射型ECL元件级电路。最后经过电路实验证明理论的正确性。
On the basis of theory of three essential circuits elements, this paper presents a universal synthesis of bipolar circuits. The generalized binary signal to be applicable to voltage-mode and current-mode circuits is introduced first. Then the simplified theorem on origin signal and load is proved, which is used for analyzing the structure of any 'nit circuits, for deducing the relevant expression in component stage and for finding out a new manner to realize TTL and ECL circuits. In accordance with the above theory a new low voltage TTL circuit and multiemitter ECL circuit in component stage are found out. The above theory is proved to be correct through experiments on circuits.
出处
《电子与信息学报》
EI
CSCD
北大核心
2002年第4期563-567,共5页
Journal of Electronics & Information Technology
基金
黑龙江省自然科学基金
关键词
电路三要素理论
双极型电路综合方法
信号
网络
负载
Theory of three essential circuit elements, Universal synthesis of bipolar circuits, Generalized binary signal, Low voltage TTL and multiemitter ECL circuits
