IC697CPU771RR   |  于可編程邏輯控制器 (PLC)   | 中央處理器

　　零件編號 ：IC697CPU771RR

　　系列 ：90-70系列

　　產(chǎn)品類型 ;CPU模塊

　　兼容性 :GE Fanuc 90-70 PLC

　　產(chǎn)品描述 :單插槽 CPU

　　處理器類型: 80C816DX微處理器

　　微處理器 編號：80C186

　　時鐘速度 ：12兆赫茲

　　離散 I/O 存儲器: 2 KB中文

　　最大 RAM:512 千字節(jié)

　　IC697CPU771RR是用于可編程邏輯控制器 (PLC) 90-70 系列平臺的中央處理器 (CPU) 模塊。該 CPU 模塊以前由 GE Fanuc Automation 生產(chǎn)，但最近被 Emerson Automation 收購。CPU 模塊(如 IC697CPU771)是 PLC 組件的重要組成部分，因為 CPU 負(fù)責(zé)處理用戶邏輯以實現(xiàn)所需的自動化。IC697CPU771RR配備了 80C186 微處理器，處理速度為 12 MHz，每條布爾指令的布爾執(zhí)行速度為 0.4 微秒。該處理器的設(shè)計能夠容納高達(dá) 2KB 的離散輸入和輸出，類似地，它支持高達(dá) 8 K 的模擬輸入和輸出。IC697CPU771RR使用使用 Logicmaster 90-70 編程軟件、VersaPro 專業(yè)版和 Proficy Machine Edition Logic Developer PLC 專業(yè)版開發(fā)的用戶程序一起下載。這些軟件包提供直觀的用戶界面，提供用戶友好的編程環(huán)境。

　　IC697CPU771RR支持安裝額外的 512 KB 擴(kuò)展內(nèi)存。它還支持密碼控制的訪問，以限制用戶程序內(nèi)容的可訪問性。它配備了三 (3) 個狀態(tài) LED 指示燈，指示模塊正常、運(yùn)行和當(dāng)前啟用的輸出。此 CPU 模塊支持通過 VME C.1 標(biāo)準(zhǔn)格式在機(jī)架安裝背板(IC697CHS750、782、783、790、791)上使用 I/O 和智能選件模塊進(jìn)行操作。它還與所有 IC697 LAN 接口模塊、協(xié)處理器模塊、總線控制器和通信模塊兼容。所有 IC697 系列的分立和模擬 I/O 模塊都由IC697CPU771處理器提供支持。

　　例如，英特爾發(fā)布的第五代至強(qiáng)可擴(kuò)展處理器就是一款可擴(kuò)展CPU模塊的代表。該處理器相比上一代產(chǎn)品，在性能和能效方面實現(xiàn)了重大飛躍，提供了更高的計算能力和更低的能耗。同時，它還具有內(nèi)置AI加速器，能夠支持復(fù)雜的AI應(yīng)用和推理任務(wù)。此外，英特爾還推出了第四代至強(qiáng)可擴(kuò)展處理器，針對現(xiàn)代工作負(fù)載進(jìn)行了優(yōu)化加速，并提供了更高的能效和更低的總體擁有成本。

　　總之，可擴(kuò)展CPU模塊的方法多種多樣，可以根據(jù)具體的應(yīng)用場景和需求選擇合適的方法來進(jìn)行擴(kuò)展和升級。

　　Part number: IC697CPU771RR

　　Series: 90-70 series

　　Product type; CPU module

　　Compatibility :GE Fanuc 90-70 PLC

　　Product Description: Single socket CPU

　　Processor type: 80C816DX microprocessor

　　Microprocessor number: 80C186

　　Clock speed: 12 MHZ

　　Discrete I/O memory: 2 KB Chinese

　　Maximum RAM:512 kilobytes

　　The IC697CPU771RR is a central processing unit (CPU) module for Programmable Logic Controller (PLC) 90-70 series platforms. The CPU module was previously manufactured by GE Fanuc Automation, but was recently acquired by Emerson Automation. CPU modules, such as the IC697CPU771, are an important part of the PLC component because the CPU is responsible for processing the user logic to achieve the desired automation. The IC697CPU771RR is equipped with an 80C186 microprocessor with a processing speed of 12 MHz and a Boolean execution speed of 0.4 microseconds per Boolean instruction. The processor is designed to accommodate discrete inputs and outputs of up to 2KB, and similarly, it supports analog inputs and outputs of up to 8K. The IC697CPU771RR is downloaded with user programs developed using the Logicmaster 90-70 programming software, VersaPro Professional Edition and Proficy Machine Edition Logic Developer PLC Professional Edition. These packages provide an intuitive user interface and provide a user-friendly programming environment.

　　The IC697CPU771RR supports the installation of an additional 512 KB of extended memory. It also supports password-controlled access to limit the accessibility of the user's program content. It is equipped with three (3) status LED indicators indicating that the module is normal, operating, and currently enabled output. This CPU module supports the use of I/O and smart option modules on the rack-mount backplanes (IC697CHS750, 782, 783, 790, 791) in the VME C.1 standard format. It is also compatible with all IC697 LAN interface modules, coprocessor modules, bus controllers and communication modules. All discrete and analog I/O modules of the IC697 family are powered by the IC697CPU771 processor.

　　For example, the fifth generation Xeon scalable processor released by Intel is a representative of a scalable CPU module. The processor represents a major leap in performance and energy efficiency over the previous generation, offering higher computing power and lower energy consumption. At the same time, it also has a built-in AI accelerator, capable of supporting complex AI applications and reasoning tasks. In addition, Intel introduced a fourth-generation Xeon scalable processor that is optimized for acceleration in modern workloads and offers greater power efficiency and a lower total cost of ownership.

　　In short, there are many ways to expand CPU modules, and you can choose the appropriate method to expand and upgrade according to specific application scenarios and needs.