PBC31SFCN

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PBC31SFCN is a type of rectangular connectors – headers, male pins – that is particularly suited for applications requiring turning devices, such as Bluetooth modules, RF modules, etc. With its robust design, it is perfect for a variety of challenging environments.

It has a standard pitch of 2.5mm and features a single row of 5/6/7/8/9/10/11/12 pins, making it ideal for a variety of applications. It also has an all-metal shell made of brass and has a high-speed connector that can be placed in a variety of positions. It features a ground clamping pad and a solder lug for easy installation.

PBC31SFCN is particularly suitable for high-speed data transmission and power connection, as its positioning tab ensures secure connection and reduces the contact resistance between the components. The high-quality, multi-function connection has a range of options, like chrome-plated pins, gold-plated solder lugs, and back-pinning boards.

The primary function of PBC31SFCN is to pass electrical signals. It is designed to temporarily join two wires and effectively channel the current from one end to another. In order to ensure the secure connection of two devices, it needs to be firmly fastened on the mating parts via screws or barbs. The positioning tab provides a stronger grip while the curved design reduces the contact resistance.

The working principle of PBC31SFCN is based on the locking technology of a pin and hole. When the connector is in the open position, the pins of the male connector fit into the hollow of the female mating part. Once the pin is inserted, the shell of the connector is fastened by screws or barbs. As a result, a tight connection is created, allowing for transmission of electrical signals.

PBC31SFCN is an efficient and reliable connector used for a variety of applications. Its robust design makes it suitable for even the most challenging environments. It provides sturdy connection and superior transmission of electrical signals, making it perfect for applications requiring wireless connectivity.

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