用状态矩阵设计多变量多状态时序电路

Designing Multivariable-Multistate Sequential Circuit by the State Matrix

文中介绍了用状态触发矩阵、编码矩阵设计多变量多状态时序线路和离散系统的原理与方法,着重讨论了时序线路的数学模型、建立状态触发矩阵和编码矩阵、应用有关定理及公式作技术实现等问题。文章通过一个设计实例,阐明了应用此方法的具体步骤。该方法简便有效、实用性强,使多变量多状态时序线路的设计易于实现。

The principle and method for designing the multivariable—multistate sequential circuits by the state flip-flop matrix and coded matrix are introduced. In addition, an applied example for designing the circuit is given in this paper. An emphasis is laid on discussing the mathematical model for sequential circuits, establishing the state flip-flop matrix and the coded mareix as well as technically realizing the circuits by the appropriate theorems and formulae.