IC697CPU771 |可扩展可编程逻辑控制器CPU | 能够实时控制工业机械和过程
零件编号 ：IC697CPU771
系列 :90-70系列
产品类型: CPU模块
兼容性 :GE Fanuc 90-70 PLC
产品描述 :单插槽 CPU
处理器类型: 80C816DX微处理器
产品描述
该IC697CPU771由GE自动化与控制公司制造，是一款单插槽、可扩展可编程逻辑控制器CPU，能够实时控制工业机械和过程。 为了与 I/O 和“智能选件”模块通信，使用机架安装背板。
该IC697CPU771具有 12MHz 80C186 微处理器，每个布尔函数能够实现 0.4 微秒。该器件支持高达 8K 模拟 I/O 和 2K I/O 的任意混合。该器件还支持多种智能选件模块，包括 IC697 LAN 接口模块、协处理器模块、通信模块、IC660 和 IC661 总线控制器 I/O 模块，以及分立和模拟 IC697 I/O 模块。
IC697CPU771由 MS-DOS 或从 Windows 95 或 Windows NT 操作系统运行的软件程序配置。DIP 开关和跳线均不用于器件编程。通过串行、并行或以太网接口将设备连接到运行上述软件的计算机。为了安全起见，设备配置受密码保护。
IC697CPU771需要内存扩展板来存储用户和程序数据。此扩展板最多可容纳 512 KB 的内存。存储器由板载CMOS电池维持。安装内存扩展板时，需要由连接的编程计算机初始化 CPU。
Part number: IC697CPU771
Series :90-70 series
Product type: CPU module
Compatibility :GE Fanuc 90-70 PLC
Product Description: Single socket CPU
Processor type: 80C816DX microprocessor
Product description
The IC697CPU771, manufactured by GE Automation & Controls, is a single-socket, scalable programmable logic controller CPU capable of controlling industrial machinery and processes in real time. To communicate with the I/O and Smart Options modules, a rack-mounted backplane is used.
The IC697CPU771 has a 12MHz 80C186 microprocessor capable of achieving 0.4 microseconds per Boolean function. The device supports any mixture of up to 8K analog I/O and 2K I/O. The device also supports a variety of intelligent option modules, including IC697 LAN interface modules, coprocessor modules, communication modules, IC660 and IC661 bus controller I/O modules, and discrete and analog IC697 I/O modules.
IC697CPU771 is configured by MS-DOS or a software program running from Windows 95 or Windows NT operating systems. Neither DIP switches nor jumpers are used for device programming. Connect the device to the computer running the above software through a serial, parallel, or Ethernet interface. For security reasons, the device configuration is password protected.
The IC697CPU771 requires a memory expansion board to store user and program data. This expansion board can hold up to 512 KB of memory. The memory is maintained by an onboard CMOS battery. When installing the memory expansion board, the CPU needs to be initialized by the connected programming computer.
