FTSH-145-04-S-MT

The FTSH-145-04-S-MT is a rectangular connector, namely a header, male pin type. It is one of the world’s smallest board-to-board connectors in its category. The connector is perfect for a wide variety of applications, including high reliabilities such as medical, transport, and telecom.

The header is made with low profile, robust, and an integrated latch design to ensure a robust connection. It also has a wide current rating of 6 Amp/contact and a potential high-vibration resistance. The small size helps to save the majority of the board space needed after installation.

Additionally, this connector has a low insertion and extraction force, making it very easy to use. In addition to its robust design, it also helps reduce contact failure in high vibration applications. The terminal contact is made of copper alloy with gold plating, ensuring optimal performance in signal transmission.

The FTSH-145-04-S-MT is available in a vertical and horizontal version. The vertical version is perfect for applications with a perpendicular board-to-board orientation, while the horizontal version is suitable for applications with an angled board-to-board orientation.

The working principle of the FTSH-145-04-S-MT is quite simple. The male pin connector consists of an array of pins, which are inserted into a mating socket or bus on the receiving board. When mated, the pins and socket electrically connect, allowing the two boards to communicate with each other.

Furthermore, the connector has four points of contact to provide low crosstalk and excellent EMI shielding. The contact resistance is low, and it offers improved signal integrity, robustness, and greater data rate support. The integrated latch provides secure mating, keyed guide, and quick push-pull mating operations.

In conclusion, the FTSH-145-04-S-MT is a small, low profile, reliable, and highly integrated header, male pin rectangular connector. It has a wide range of applications, including medical, transport, telecom, and many more. Its simple working principle and integrated latch design make it easy to use and reliable for a wide variety of applications.