硬布线控制器是早期设计计算机的一种方法。硬布线控制器是将控制部件做成产

Hard-wired controllers are a method of early computer design. The hard-wired controller is a logic circuit that makes the control component generate a special fixed timing control signal and generates various control signals, so it is also called a combined logic controller. This logic circuit is designed to use the fewest components and achieve the highest operating speed. Because this logic circuit is a complex tree network composed of gate circuits and flip-flops, it is called a hard-wired controller. <br>The hard-wired controller is mainly composed of combinational logic network, instruction register and instruction decoder, beat potential / beat pulse generator, etc. The block diagram of the structure of the hard-wired controller is shown on the right. The combination logic network generates all the operation commands required by the computer, which is the core of the controller.

硬布线控制器是早期设计计算机的一种方法。硬布线控制器是将控制部件做成产生专门固定时序控制信号的逻辑电路，产生各种控制信号，因而又称为组合逻辑控制器。这种逻辑电路以使用最少元件和取得最高操作速度为设计目标，因为该逻辑电路由门电路和触发器构成的复杂树型网络，所以称为硬布线控制器。<br> 硬布线控制器主要由组合逻辑网络、指令寄存器和指令译码器、节拍电位/节拍脉冲发生器等部分组成，硬布线控制器的结构方框图如右图所示。其中组合逻辑网络产生计算机所需的全部操作命令，是控制器的核心。

Hardwired controller is a method of early computer design. Hardwiring controller is a kind of logic circuit which makes the control part into a special fixed timing control signal, and produces various control signals, so it is also called a combinational logic controller. This kind of logic circuit is designed to use the least components and achieve the highest operating speed. Because the logic circuit is a complex tree network composed of gate circuit and trigger, it is called hardwired controller.<br>The hardwired controller is mainly composed of combinational logic network, instruction register and instruction decoder, beat potential / beat pulse generator, etc. the structure block diagram of hardwired controller is shown in the right figure. The core of the controller is to generate all the operation commands required by the computer by the combinational logical network.<br>