The connector is the connection bridge in the electronic circuit. It plays the role of electrical connection and signal transmission between the device and the component, the component and the cabinet, the system and the subsystem. Its performance and quality will affect the reliability and operation efficiency of the entire system. . In order to meet the diversified development of communication, automobile, consumer electronics, industrial control, rail transit and other related industries, the performance and quality of connectors are constantly improving.
(1) Environmental adaptability
The working environment faced by connectors in fields such as industrial control and automobiles is very complex. Among them, factors such as dirt, dust, temperature, humidity, and mechanical vibration and shock may interfere with the connection and affect the signal transmission efficiency of the connector. The current industry professional connectors have been optimized in terms of shell, structure or contact material, coating material and thickness. For example, the sealing level has reached IP67 and IP68 standards, and the product life and corrosion resistance have reached international industrial application standards.
(2) Narrow pitch and integration
With the continuous improvement of the precision of electronic equipment, the development of connectors also shows obvious characteristics of narrow spacing and integration. The control functions and complexity of various electronic systems are constantly increasing, and corresponding connector products need to achieve narrower pitch and higher integration while taking into account stability. For example, the general board-to-board connectors of industrial control equipment have gradually transitioned from the previous 2.54mm, 2.0mm, and 1.27mm to 0.8mm, 0.635mm, and 0.3mm pitches to meet the application needs in extremely narrow spaces.
(3) High speed, high frequency
With the rapid development of information technology, the amount of instantaneous data transmitted by electronic systems has increased significantly. The current mainstream transmission rate of industrial control connectors is above 3Gbps, and has gradually developed to above 40Gbps. And the larger bandwidth required for data transfer also increases the upper limit of the signal frequency. Therefore, it is required that the connector can achieve higher speed and frequency signal transmission, and at the same time it needs to be able to overcome the alternating electromagnetic interference caused by high speed and high frequency, so that the signal transmission is more reliable.
As the world's leading manufacturer of key connectors, TXGA has provided the industry with reliable, professional and stable connector products for more than ten years. Realize the various personalized needs of customers. If you need a connector, go to TXGA [Product Center].
