FTSH-130-04-LM-MT

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Rectangular connectors –headers, male pins- are an important part of electronic systems. The most commonly used connector family is the FTSH-130-04-LM-MT, which is designed for automated board to board connections. This article will discuss the application fields and the working principle of the FTSH-130-04-LM-MT.

Application Fields

The FTSH-130-04-LM-MT connector is commonly used in a variety of applications, notably in industrial, automotive, avionics and computing applications. It is ideal for use in applications where high speed data transfer is required, as its small size and low contact resistance allow for high speed communication between connected boards. It is also used in consumer and medical electronics, providing reliable and fast connections between boards.

The FTSH-130-04-LM-MT is particularly well suited for use in harsh environments, such as the automotive industry. This is because it features a hermetic seal with an external metal shield which surrounds the housing and offers excellent ingress and shock protection. It is also suitable for high vibration and frequency variations, which makes it perfect for use in virtually any environment.

Working Principle

The FTSH-130-04-LM-MT connector uses a two-piece design: the male pin and the header. The header has two rows of metal pins that protrude from the plastic housing. The pins are plated with gold to provide optimal electrical conductivity. The male pin has two rows of conductive plastic or metal arms that protrude from the housing.

The male pin and the header are connected by an electrical contact between the two pieces. The contact is typically made by pressing the two pieces together until the male pin and header pins simultaneously make contact. This provides a low-resistance connection between the two pieces, allowing for better signal transfer between the connected boards.

The male and female pins of the FTSH-130-04-LM-MT are also held together by mechanical latching, which prevents the connector pieces from detaching during operation. This is necessary as the pins are thin and can be easily damaged during operation. Latching also allows the connector pieces to be connected and disconnected quickly and easily.

Finally, the FTSH-130-04-LM-MT connector is designed to be EMI-shielded, providing better protection against electromagnetic interference. The metal shield surrounding the connector helps reduce the amount of interference that can be conducted from external sources, ensuring that only the desired signal is received by the connected boards.

Conclusion

The FTSH-130-04-LM-MT is a reliable, high-performance, and EMI-shielded connector family, suitable for a wide variety of applications. Its low contact resistance and small size allow for high speed data transfers between boards. Additionally, the mechanical latching and the external metal shield help ensure a secure connection and protect the connector pins from damage. The FTSH-130-04-LM-MT is the perfect choice for any system requiring a reliable and fast connection.

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