FTSH-131-01-L-MT

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The FTSH-131-01-L-MT is an electronic connector designed for high-speed data and power transmission applications. It consists of two rectangular connectors with male pins (FTSH-131-301-L-MT). The pins are embedded in the plastic housing to facilitate data and power transmission.

The FTSH-131-01-L-MT is a high-speed capable header connector, which is suitable for the daisy-chain connection of signal and power, as well as for connecting I/O panels in industrial environments. This connector is also suitable for home appliance control panels, telecommunications, and medical equipment. It offers good protection against EMI/RFI interference and withstands extreme temperatures and environments, making it a reliable choice for a variety of applications.

For a proper electrical connection, the FTSH-131-01-L-MT requires that the contact surfaces to be clean and smooth. The header connector consists of two rectangular surfaces, each with three male pin contacts that are embedded into the plastic housing. The male pins act as two separate points of connection from one side of the connector to the other, allowing for high-speed transmissive performance. The header connector’s mating surface is designed to minimize contact resistance and optimize electrical and mechanical performance. The contacts are made of phosphor bronze with gold plating for reliable contact over extended use.

The FTSH-131-01-L-MT is designed for use with 0.5 mm-pitch devices, such as IC devices and board-level backplanes. The surface-mount header connector is designed to operate between -40 and +125 degrees Celsius, and can withstand up to 5A of current. The FTSH-131-01-L-MT is IP67-rated, making it ideal for installations in highly-damp, dust-prone environments.

The FTSH-131-01-L-MT is a simple, reliable, and cost-effective solution for designing high-speed connections in a broad range of applications. The connector’s low profile and high-speed design make it a good fit for a wide variety of applications. Its quick mating and unmating performance makes it ideal for signal and power connections that need to be quickly connected and disconnected. Additionally, it offers superior durability and resistance to corrosion, making it suitable for long-term use.

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