Resource Library

Get all the documentation you need about all products.
Categories
Image of a technician holding a silicon wafer disc in a cleanroom

半導体アプリケーション向けのゴア® 高屈曲ケーブルは、高い屈曲性能と長期的信頼性を提供し、影響を受けやすいクリーンルーム、真空環境、ESDに最適です。

GORE IDC Ribbon Cable High Flex

The High Flex GFX617 cable series is often used in linear motion, inspection, and pick-and-place applications.

 Top 10 Tips screenshot

This article, featured in the April 2009 issue of Motion System Design magazine, provides tips on specifying and working with cables for automated machinery and systems. Check out these tips and tactics from industry leaders to keep your data and power lines healthy.

assembleon

Application article by Jörgen Andersson in Signalen magazine, October 2006, about a Gore custom-made FireWire cable.

This article, featured in the February 19, 2009 issue of Machine Design, explains the value expanded PTFE brings to Gore products, especially cable.  The author provides a deep look inside PTFE , the materials characteristics and explains how this material gives cables long flex-life, extra strength, better signal transmission, and clean-room performance.

Cables for Clean Rooms screenshot

This article, featured in the July 23, 2009 issue of Machine Design, discusses the problem of particulates for moving cable systems and provides guidance on designing cable systems for a cleanroom environment.

Cable cleanroom

As much as possible, system designers should reduce the number of moving components and the friction among these components to achieve a low particulation cable system that will last for tens of millions of cycles.

Ethernet, Gigabit Ethernet, FireWire, Camera Link, and USB protocol are the backbone of today's digital video and motion control systems. To work properly, these networks require cabling in which signals travel on controlled impedance, differential pair conductors.

GORE Trackless High Flex Cables

Cable stress has a direct impact on the reliability of automation equipment. Understanding what causes cables to fail in high-flexing applications allows us to take appropriate precautions during the design phase to optimize the system's reliability.