FTM-118-02-L-SV

The FTM-118-02-L-SV is an SMD type rectangular connector, commonly referred to as a header. This type of components are manufactured with a plastic body into which the pins are inserted into an array of sockets. The body is usually designed to match printed circuit board boards and provide ample space for required wiring. The FTM is a two-pin male connector that includes a single row of two pins and sockets, usually with a centerline of 2.0mm mount type connector. This type of component is widely used in the electronics industry, including mobile phones, consumer electronics, automotive, medical, telecoms and military applications.

The FTM-118-02-L-SV is designed to provide superior electrical connection between components on a single PCB, whilst remaining easy to insert and solder. It is also designed for single-sided SMD mounting to minimize stray capacitance and provide superior signal integrity performance. The FTM-118-02-L-SV connector pins are manufactured from copper alloys to provide good electrical conductivity and can accommodate cables up to 0.30mm diameter.

The working principle of the FTM-118-02-L-SV is simple. When inserted into its solder cup sockets, the spring-loaded pins of the FTM are compressed, creating an electric connection between the mating components. The electrical connection between the pins and sockets is maintained by a positive-lock retention force, which keeps the components securely held together.

The FTM-118-02-L-SV rectangular connector provides reliable positive and negative interconnection of two cables on a single PCB, and can be used with a variety of cables and PCB designs. It is highly reliable, has outstanding mechanical and electrical properties, and is designed to enable a wide variety of wideband applications in various sectors. It is also designed to withstand repeated plugging and unplugging with minimal degradation of the signal quality.

The FTM-118-02-L-SV is a robust and rugged connector that meets a variety of industry standards. It can operate within temperatures ranging between -40 °C to +90 °C, and is compatible with various mating and off-mounting components, making it an ideal solution for industrial applications where high performance, quality, and reliability are paramount.