IC693CPU331RR | 单插槽 CPU 模块 | ，具有高度的集成度和复杂的功能
技术规格
型号：IC693CPU331RR
处理器速度 ： 10兆赫
I/O 积分 ： 320
寄存器存储器 ： 2KB字节
浮点数学： 不
16 位系统 是的
处理器： 80188
产品信息
常规：IC693CPU331RR 是单插槽 CPU 模块。GE Fanuc Automation Corporation的合资企业，也称为GE自动化与控制部门，是该模块的制造商。
底板：单个系统最多可支持 5 个底板，其中包括一个用于 CPU 的底板以及四个远程和扩展底板。
电源：此 CPU 需要来自电源的 350 毫安负载，其速率应为 +5V DC。该IC693CPU331的处理器速度为 10 兆赫兹，采用 80188 处理器。环境工作温度范围为 0°C 至 60°C 或 32°F 至 140°F。
IC693CPU331RR CPU模块的工作原理是通过时钟信号驱动，根据指令集和算法完成计算任务。其主要功能包括控制、运算和存储。在现代计算机系统中，CPU模块被广泛应用于个人电脑、服务器、嵌入式系统等领域，其性能和稳定性直接影响整个系统的运行效果。
总的来说，IC693CPU331RR CPU模块是计算机系统的核心部件，具有高度的集成度和复杂的功能。随着科技的不断发展，CPU模块的性能和功耗比也在不断提升，以满足各种应用场景的需求。
Technical specification
Model: IC693CPU331RR
Processor speed: 10 MHZ
I/O score: 320
Register memory: 2KB bytes
Floating point math: No
16-bit system Yes
Processor: 80188
Product information
General: IC693CPU331RR is a single-slot CPU module. A joint venture of GE Fanuc Automation Corporation, also known as GE Automation & Control, is the manufacturer of the module.
Backboards: A single system can support up to five backboards, including one for the CPU and four remote and expansion backboards.
Power Supply: This CPU requires a 350 MA load from the power supply and its rate should be +5V DC. The IC693CPU331 has a processor speed of 10 megahertz and uses an 80188 processor. Ambient operating temperature ranges from 0°C to 60°C or 32°F to 140°F.
The working principle of the IC693CPU331RR CPU module is to complete the calculation task according to the instruction set and algorithm through the clock signal driver. Its main functions include control, computing and storage. In modern computer system, CPU module is widely used in personal computer, server, embedded system and other fields, its performance and stability directly affect the operation effect of the whole system.
In general, the IC693CPU331RR CPU module is the core component of the computer system, with a high degree of integration and complex functions. With the continuous development of science and technology, the performance and power consumption ratio of CPU modules are also constantly improving to meet the needs of various application scenarios.
