TSM-105-01-S-EM

The TSM-105-01-S-EM is a high-performance rectangular connector belonging to the headers, male pins category. As a four-position, three-circuit connector, it is designed with a high locking capacity, superior vibration resistance and terminal retention force performance.

Applications

The TSM-105-01-S-EM is mainly used in automotive and industrial fields, such as engine control systems, lighting devices, power supplies, antennas, instruments, and mobile handsets. They are also widely used for data communication and power supply in home appliances, computers, and big-screen TVs.

Features

The TSM-105-01-S-EM connector offers a range of features, including high locking capacity, superior vibration resistance, and terminal retention force performance. The locking points used are made of high-strength metal and provide reliable electrical contact and vibration resistance. Additionally, the terminals have gold flash plating to protect against corrosion and wear.

The composite terminal mount-type structure combines the insulation terminal and metal shell together. This helps to reduce the height of the connector by half and improves the stacking structure. The insulator adopts the high-temperature and flame-retardant PBT material, which can be used in the high-temperature environment durable and reliable.

Working Principle

The TSM-105-01-S-EM connector has a patented locking system that allows the pin and socket to be connected quickly and safely with minimal effort. It has a double-hinged structure that allows it to remain securely connected even under vibration and shock conditions.

The curved design of the latch provides a secure lock and prevents disconnection from vibration or shock, while a built-in terminal retention force ensures electrical contact during mating. The contact point of the terminals is plated with gold flash, which provides superior corrosion and wear resistance.

Conclusion

The TSM-105-01-S-EM connector belongs to the headers, male pins category of rectangular connectors. It is widely used in automotive and industrial fields, providing a range of features, including high locking capacity, superior vibration resistance, and terminal retention force performance. Additionally, the patented locking system and built-in terminal retention force ensure reliable electrical connections even under vibration and shock conditions.