In the design of electronic connectors, the pin spacing is very important to the performance of the connector. According to the number of rows, the needle row can be divided into: single row, double row, 3 rows, and the highest 4 rows. According to the pitch, there are roughly five categories: 2.54mm, 2.00mm, 1.27mm, 1.00mm, 0.8mm. Although it cannot be simply understood that the denser the pin pitch, the better the performance, but the denser pitch will undoubtedly help the lightweight and miniaturization of the connector, adapting to the needs of modern electronic products. TXGA can customize the pin spacing according to the customer's performance requirements, and first-line engineers participate in the whole process to ensure that the products meet the various performances you need. Need a pin header, click [Product Center] to buy.
The demand for miniaturization is a problem faced by all kinds of electronic products and components. Achieving corresponding performance in the reduced space is reflected in the product becoming more sophisticated, and the difficulty of production also increases. But for connector companies, the bargaining space of pin header connectors is actually smaller than that of other connectors. The reason is that the price of the metal required to produce the pin headers is very transparent and the fluctuation is small. And the structure of the connector is simple, and competition among peers is very serious. As a result, the bargaining space of the seller is very low. For manufacturers, pin header connectors have neither solid technical barriers nor profit margins. Although widely used, but the pin header connector has become a large but not strong category of manufacturers. Only by taking a technical and customized path can the situation be reversed.
TXGA pin header connector, 15 years of professional customization technology, precise and durable. You only need to propose the final application environment to issue a customized connector solution to provide connection support for the innovative research and development of various electronic products.
