In the field environment of Profibus, we use a variety of systems, and the devices we face interference from are diverse, so the sources of interference are also varied. Many failures caused by interference are more difficult to troubleshoot than other faults. Before troubleshooting interference failures, we need to understand the types of interference. In … Read more
In the field environment of Profibus, the systems we use are diverse, and the devices we are interfered with are varied, so the sources of interference are also peculiar. Many failures caused by interference are more difficult to troubleshoot than other failures. Before eliminating interference faults, we need to understand the types of interference. To … Read more
👆If you wish to meet regularly, Welcome to star 🌟 and bookmark it~ With the rapid development of the electronic information industry, issues of electromagnetic leakage and high-temperature infrared radiation have become increasingly prominent. Particularly in the field of military protection, they can easily lead to information leakage and infrared exposure. Therefore, the design and … Read more
2016-11-24 Introduction Developing mobile handheld devices with touch screen human-machine interfaces is a complex design challenge, especially for projected capacitive touch screen designs, which represent the mainstream technology for current multi-touch interfaces. Projected capacitive touch screens can accurately locate the position of a finger touching the screen by measuring the minute changes in capacitance to … Read more
☞ This is the 13738th article published by Metal Processing (mw1950pub) Editor’s Note This article provides a systematic and in-depth analysis of the Profibus communication interruption faults on-site, focusing on hardware, software, and electromagnetic interference. It summarizes a set of systematic methods for quickly troubleshooting and resolving communication faults based on years of on-site experience … Read more