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电缆连接

概述
文件
工具与软件
解决方案
In any modern system, parts of sub-systems – either very close or spaced apart – must be connected to enable the exchange of data and provide the necessary co-ordination to achieve the desired system behavior and performance. A wide range or wired connectivity technologies and standards have been developed over time to meet new requirements or for specific use cases such as USB – and the Type-C and Power Delivery evolution – in personal electronics or IO-Link for factory automation, and especially Ethernet with its global span. ST has a broad portfolio of transceivers and interfaces including standard interfaces (such as RS-232, RS-422, RS-423, RS-485, LVDS, and USB), power line communication, KNX and IO-Link. To speed up your time to market, reference designs and modules are available as well as a complete development ecosystem with software packages, protocol stacks and evaluation boards.

IO-链路模块

Paving the way to Industry 4.0, IO-Link communication networks (IEC 61131-9) can be used for bi-directional, point-to-point data connectivity down to the actuator and sensor level, enabling data pre-processing, sensor parameter tuning and advanced di
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IO链路网关

Paving the way to Industry 4.0, IO-Link communication networks (IEC 61131-9) can be used for bi-directional, point-to-point data connectivity down to the actuator and sensor level, enabling data pre-processing, sensor parameter tuning and advanced di
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USB

The Type-C connector has been designed to ensure reversible plug orientation and cable direction, deliver up to 100 W through USB Power Delivery (PD) profiles while supporting proprietary charging algorithms with the Programmable Power Supply feature
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现场总线和工业以太网

有线通信技术广泛用于工业4.0和工业IoT应用,这项技术在不断发展,并在从传统的现场总线发展为基于以太网的总线,以便连接人机接口、可编程逻辑控制器、机器、I/O、驱动器、执行器和传感器。IIoT中的通信信道需要采用不同水平的确定性和延迟来传输多种类型的数据。由于标准TCP/IP以太网协议无法满足该需求,因而部署了特定工业以太网协议。
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