IC697CPU732RR | CPU模块 | 90-70系列
系列 ：90-70系列
零件编号 ：IC697CPU732
产品类型： CPU模块
兼容性 ：GE Fanuc 90-70 PLC
当前消耗 ：1 安培
IC697CPU732RR 模块是GE Fanuc工业PLC系统的中央处理器或CPU。IC697CPU732 CPU 支持定点和浮点数学运算。IC697CPU732模块需要在 PLC 机箱中有一个插槽，它在 5 伏直流输入电压下从背板汲取 1 安培的电流。CPU 模块上的集成串行端口支持 RS-485 和 RS-422 通信协议，可用于连接到编程器以配置 CPU 模块。IC697CPU732模块配置了 IC641 编程软件。CPU 上没有用于配置的 DIP 开关或跳线。CPU内存由电池提供支持，该电池在20摄氏度下的额定保质期为10个月。锂电池的目录号为IC697ACC701。
IC697CPU732微处理器是一种多功能的，时钟驱动的，基于寄存器的数字集成电路，它接受二进制数据作为输入，根据存储在其存储器中的指令对其进行处理，并提供结果(也采用二进制形式)作为输出。微处理器包含组合逻辑和顺序数字逻辑。微处理器对二进制数字系统中表示的数字和符号进行操作。
IC697CPU732微处理器能完成取指令、执行指令，以及与外界存储器和逻辑部件交换信息等操作，是微型计算机的运算控制部分。它可与存储器和外围电路芯片组成微型计算机。微处理器将其组合成一个或几个大型 IC。先进的技术使制造更复杂，功能更强大的芯片变得可行。
Series: 90-70 series
Part number: IC697CPU732
Product type: CPU module
Compatibility: GE Fanuc 90-70 PLC
Current consumption: 1 amp
The IC697CPU732RR module is the central processing unit or CPU of GE Fanuc Industrial PLC system. The IC697CPU732 CPU supports fixed-point and floating-point math. The IC697CPU732 module requires a slot in the PLC chassis that draws 1 amp of current from the backplane at 5 V DC input voltage. The integrated serial port on the CPU module supports RS-485 and RS-422 communication protocols and can be used to connect to the programmer to configure the CPU module. The IC697CPU732 module is configured with IC641 programming software. There are no DIP switches or jumpers on the CPU for configuration. The CPU memory is supported by a battery that has a rated shelf life of 10 months at 20 degrees Celsius. The catalog number of the lithium battery is IC697ACC701.
The IC697CPU732 microprocessor is a multifunctional, clock-driven, registor-based digital integrated circuit that accepts binary data as input, processes it according to instructions stored in its memory, and provides the result (also in binary form) as output. The microprocessor consists of combinational logic and sequential digital logic. The microprocessor operates on the numbers and symbols represented in the binary number system.
The IC697CPU732 microprocessor can complete the operation of obtaining instructions, executing instructions, and exchanging information with external memory and logic components, and is the computing control part of the microcomputer. It can be combined with memory and peripheral circuit chips to form a microcomputer. The microprocessor combines them into one or several large ics. Advanced technology makes it feasible to make more complex and powerful chips.
