TFM-140-32-SM-D

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TFM-140-32-SM-D is a type of rectangular connector with headers and male pins. It is specifically manufactured to provide reliable, dependable, and cost-effective solutions within the electronic component industry.

These components are found in various communication, networking, industrial, and other application fields. They are typically used as power source connectors, RF connectors, interconnects, various coaxial and twinax connectors, motor control connecters, and many more.

The TFM-140-32-SM-D is designed specifically to meet the requirements of power and signal connection applications. Its design features a single row, dual row, or polygon configuration, making it more suitable for versatility and certain applications.

The male pin section of the TFM-140-32-SM-D rectangular connector offers a superior male pin machining accuracy as well as a reliable one-time primary locking mechanism. It also features an optimized design that ensures a low connection force. The header section provides enhanced anti-oxidation characteristics, improved contact stability, and optimized cost efficiency.

In terms of the working principle of the TFM-140-32-SM-D, the header itself is designed to serve as an electrical contact that carries current when mated to a mating pin. When the two parts are mated together, the contact pins provide mechanical and electrical strength. The contact pins are held together by a combination of a spring latching mechanism and a secure cover. This ensures that the connector offers a secure connection and is able to handle higher current levels.

In summary, the TFM-140-32-SM-D rectangular connector is a versatile and cost-effective solution for various power and signal connections applications. It is designed with superior male pin machining accuracy as well as a reliable one-time primary locking mechanism for enhanced reliability and cost-efficiency. Furthermore, the header section provides excellent anti-oxidation characteristics and a secure cover for superior connection strength.

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