SFMH-130-02-L-D-WT-TR

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SFMH-130-02-L-D-WT-TR connectors are a form of rectangular connectors. This type of connector consists of two pieces, a header and receptacle, and a female socket. The header is located at the front of the connector and houses multiple terminal pins. Receptacles are placed at the rear of the connector and have slots for the header pins to fit. The female socket is a female version of the header and has the same pattern of pins as the header.

The SFMH-130-02-L-D-WT-TR connectors can be used in many applications. Commonly, they are used in automotive electronics, telecom, and industrial electronics for connection of a variety of measurement and control devices. In automotive electronics, this type of connector is commonly used in the engine management system, airbags, fuel injectors, and heating and cooling systems. In telecom, these connectors are helpful for providing a secure connection between various antennas, splitters, optical fibers, and modems. In industrial electronics, it helps to provide the electrical connections between various components of larger systems. Additionally, these connectors can also be used to bridge together two separate data buses.

The working principle of the SFMH-130-02-L-D-WT-TR connectors is based on the principle of electrical continuity. The connection between the header and the receptacle is made by the contact of metal pins with corresponding slots. This ensures a secure and reliable connection that can withstand the rigors of high temperature, vibration, and shock. The electrical connection between the header and the receptacle is made through a variety of contact systems, including direct contact, tempered contact, and shielded contact technologies.

The SFMH-130-02-L-D-WT-TR connectors are designed for a variety of uses including signal transmission, power delivery, and mechanical stability. Their simple installation, robust construction, and superior connection strength make them a great choice for a wide range of applications. The connectors are available in coating options such as tin-plated, nickel-plated, and gold-plated, ensuring a high level of corrosion resistance. Furthermore, they provide a high level of performance and reliability for critical applications and have earned a well-respected reputation for their capability.

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