Accumulator and index register can be accessed by the programmer.

程序员可以对累加和变址寄进行取。

The first method is that a series connection-input and parallel connection-output macrocell of register “74164” is adopted,which divides one part of data stream into two parts.

首先,使用了一个串移位寄“74164”宏单元,将一路数据流分成两路。

A coroutine call instruction.The instruction pops the top of stack into temporary register, pushes program counter onto the stack, and then puts the saved top of stack in the program counter.

一协同程序访问指令，该指令栈顶弹临时寄，程序计数推栈内，然后保的栈顶内容到程序计数内。

Accumulator and index register can be accessed by the programmer.

程序员可以对累加器和变址寄存器进行存取。

The first method is that a series connection-input and parallel connection-output macrocell of register “74164” is adopted,which divides one part of data stream into two parts.

首先,使用了一个串入并出移位寄存器“74164”,将一路数据流分成两路。

A coroutine call instruction.The instruction pops the top of stack into temporary register, pushes program counter onto the stack, and then puts the saved top of stack in the program counter.

一协同程序访问指令，该指令弹入临时寄存器，程序计数器推入内，然后保存的内容存入到程序计数器内。

Accumulator and index register can be accessed by the programmer.

员可以对累加器和变址寄存器进行存取。

The first method is that a series connection-input and parallel connection-output macrocell of register “74164” is adopted,which divides one part of data stream into two parts.

首先,使用了一并出移位寄存器“74164”宏单元,将一路数据流分成两路。

A coroutine call instruction.The instruction pops the top of stack into temporary register, pushes program counter onto the stack, and then puts the saved top of stack in the program counter.

一协同访问指令，该指令栈顶弹临时寄存器，计数器推栈内，然后保存的栈顶内容存到计数器内。

Accumulator and index register can be accessed by the programmer.

程序员可以对累加器和变址寄存器进行存取。

The first method is that a series connection-input and parallel connection-output macrocell of register “74164” is adopted,which divides one part of data stream into two parts.

首先,使用了一个串入并出移位寄存器“74164”宏单元,将一路流分成两路。

A coroutine call instruction.The instruction pops the top of stack into temporary register, pushes program counter onto the stack, and then puts the saved top of stack in the program counter.

一协同程序访问，把栈顶弹入临时寄存器，把程序计器推入栈内，然后把保存的栈顶内容存入到程序计器内。

Accumulator and index register can be accessed by the programmer.

序员可以对累加器和变址寄存器进行存取。

The first method is that a series connection-input and parallel connection-output macrocell of register “74164” is adopted,which divides one part of data stream into two parts.

首先,使用了个串入并出移位寄存器“74164”宏单元,将路数据流分成路。

A coroutine call instruction.The instruction pops the top of stack into temporary register, pushes program counter onto the stack, and then puts the saved top of stack in the program counter.

序访问指令，该指令把栈顶弹入临时寄存器，把序计数器推入栈内，然后把保存的栈顶内容存入到序计数器内。

Accumulator and index register can be accessed by the programmer.

程序员可以对累加器和变址寄存器进行存取。

The first method is that a series connection-input and parallel connection-output macrocell of register “74164” is adopted,which divides one part of data stream into two parts.

首先,使用了一个串入并出移位寄存器“74164”宏单元,将一路数据流成两路。

A coroutine call instruction.The instruction pops the top of stack into temporary register, pushes program counter onto the stack, and then puts the saved top of stack in the program counter.

一协同程序访问指令，该指令把栈顶弹入临时寄存器，把程序计数器推入栈内，然后把保存的栈顶内容存入到程序计数器内。

Accumulator and index register can be accessed by the programmer.

程序员可以对累加器和变址寄器取。

The first method is that a series connection-input and parallel connection-output macrocell of register “74164” is adopted,which divides one part of data stream into two parts.

首先,使用了一个串入并出移位寄器“74164”宏单元,将一路数据流分成两路。

A coroutine call instruction.The instruction pops the top of stack into temporary register, pushes program counter onto the stack, and then puts the saved top of stack in the program counter.

一协同程序访问指令，该指令栈顶弹入临时寄器，程序计数器推入栈内，保的栈顶内容入到程序计数器内。

Accumulator and index register can be accessed by the programmer.

程员可以对累加器和变址寄存器进行存取。

The first method is that a series connection-input and parallel connection-output macrocell of register “74164” is adopted,which divides one part of data stream into two parts.

首先,使用串入并出移位寄存器“74164”宏单元,将路据流分成两路。

A coroutine call instruction.The instruction pops the top of stack into temporary register, pushes program counter onto the stack, and then puts the saved top of stack in the program counter.

协同程访问指令，该指令把栈顶弹入临时寄存器，把程器推入栈内，然后把保存的栈顶内容存入到程器内。

Accumulator and index register can be accessed by the programmer.

员可以对累加器和变址寄存器进行存取。

The first method is that a series connection-input and parallel connection-output macrocell of register “74164” is adopted,which divides one part of data stream into two parts.

首先,使用了入并出移位寄存器“74164”宏单元,将路数据流分成两路。

A coroutine call instruction.The instruction pops the top of stack into temporary register, pushes program counter onto the stack, and then puts the saved top of stack in the program counter.

协同访问指令，该指令把栈顶弹入临时寄存器，把数器推入栈内，然后把保存的栈顶内容存入到数器内。