FTSH-141-01-L-DH

Rectangular Connectors - Headers, Male Pins

FTSH-141-01-L-DH is a type of mechatronic component used in electrical and electronic systems. As a rectangular connector, it contains headers and male pins which are used for connecting wires and other components. This series of connectors is well suited for use in applications that require high reliability, such as the automotive industry.

The FTSH-141-01-L-DH combines the function of a header and a male pin connector into one assembly. This makes them the ideal choice for applications that require reliable and robust connections. The FTSH-141-01-L-DH is also designed to give users flexibility and performance in applications that are subjected to thermal, shock and vibration stress. It is constructed from copper alloy and thermoplastic, giving it excellent physical and mechanical properties.

The FTSH-141-01-L-DH is a very versatile connector, with a variety of sizes and mounting configurations. It has the option of direct mounting, or the use of adapter plates for mounting purposes. This gives the user greater flexibility in their design and implementation. Its size gives it a wide range of uses, from automotive, industrial, medical and consumer electronics applications.

The FTSH-141-01-L-DH has high electrical performance, with dielectric stiffness as high as 800 VAC in alternating current fields. Its signal integrity and contact retention force are also remarkable, making it the ideal choice for applications with demanding signal transmission requirements.

In terms of working principle, the FTSH-141-01-L-DH headers and male pins are designed to ensure that all electrical contacts are made when the two parts are in contact. A screw connection is used to fasten the two parts together and ensure the connection is secure. The screw connection also helps to provide a hermetic seal to protect from the potential ingress of foreign substances inside the connector.

The FTSH-141-01-L-DH connector is an ideal choice for applications in the automotive, industrial, medical and consumer electronics industry. Its versatility, and its high performance combined with robustness make it a popular choice for designers and engineers looking to connect multiple components in their systems.