微程序控制器

支持预取的微程序控制器的一种优化设计

An Optimized Design of Microprogrammed Control Unit Including the Predicted Unit

主要介绍了在EDA多功能实验台上，利用FPGA技术实现一个典型的微程序控制器。

An introduction is given to the implementation of a typical microprogram controller on EDA multipurpose experimental platform .

基于微程序控制器的在线指令系统的设计

Design of online instruction system based on micro - program controller

一种协处理器微程序控制器的设计

An approach to the design of microprogram controller for coprocessor

该方法的控制存贮器是微程序控制器的关键设备。

Control storage is the key element of microprogrammable controller .

采用该方法设计的微程序控制器已经嵌入协处理器中，并且流片测试成功。

The designed block has been embedded in the coprocessor , and the product test is successful .

在微程序控制器的设计中提出一种协处理器微程序控制器的设计方法，并且给出其功能验证的测试平台。

An approach of Micro program Controller design for coprocessor is put forward and a test bench is given to verify its function .

利用同步信号检出电路的改进和微程序控制器工作模式变化，使码速率提高一倍。

The design doubles the speed of code by improving the circuit of detecting synchronous signal and changing the work mode of microprogram .

在协处理器中，微程序控制器的微码控制是协处理器指令译码的控制核心。

PROCESS - CONTROLLER The executing of the microcode function of the microprogram controller is very crucial to the instructions decoder in the coprocessor .

微程序控制器的设计实现，设计了微指令的格式和双时钟微程序控制器的结构，给出了微程序执行控制逻辑的详细设计方案；

Design micro-instruction controller as the control path of CPU , propose double-clock stucture for micro-instruction controller , present detail design scheme for micro-program execute control ;