FTMH-120-02-F-DH-TR

The FTMH-120-02-F-DH-TR is a type of rectangular connector that performs a particular function and works in specific ways. It is a Male Pin Header, which is a connector used to interface a printed circuit board to another component or device. This particular one has a two row design and is a maximum distance of 120mm long, with a 2mm pitch between each pin (0.079”).

The FTMH-120-02-F-DH-TR connector consists of two parts. The first is the header, which is a piece of plastic with slots and pins designed to accept the male pins connected to the circuit board or other device. The second part is the male pins, which are metal terminals that are inserted into the slots in the header. Male pins are inserted into the printed circuit board holes for connection between components.

FTMH-120-02-F-DH-TR headers are commonly used in the automotive, telecommunications, medical device, consumer electronics, and other applications. To accommodate the demands of different applications, the connector can be made from a variety of materials and with different finishing techniques. Some options include materials such as bronze, stainless steel, aluminum, brass, and other plated materials. Available finishing options include gold plating, nickel plating, hot dip solder, passivation, and more.

When it comes to the working principle of the FTMH-120-02-F-DH-TR, the connector is designed to provide secure connection between two devices by utilizing a mechanical latching system and through-hole pin receptacles. A header consists of spring-loaded latch pins that are used to hold the male pins in place when they are inserted and to ensure proper connection between the circuits. Once the male pin is inserted into the header\'s slots, the latching mechanism is engaged and the connection is complete.

Due to its reliable connection and design, the FTMH-120-02-F-DH-TR can be used in a wide range of applications, from automotive to medical and from military to industrial. Its latching mechanism ensures that the connection between two circuits is secure and reliable, ensuring efficiency and durability. Additionally, its construction allows for a wide range of soldering techniques, allowing you to customize your assembly and create tailored, safe connections.