91269-004LF

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91269-004LF Application Field and Working Principle

Rectangular connectors - Headers, Male Pins are the standard form of connection organs. They are characterized by high reliability, waterproof properties, coaxiality, small contact resistance and good transmission effect. This kind of connector is widely used in the field of electronics.

The 91269-004LF Headers, Male Pins is one of the rectangular connector series in the industry, and its application field is mainly associated with the field of computer motherboards and PCBs.

The working principle of the 91269-004LF Headers, Male Pins lies in its special design. This type of rectangular connector includes a multitude of pins that are locked together surrounded by a plastic hood. When connected, the pins are inserted into female headers of the corresponding size. The pins provide an electrical connection between the two connected devices. The male pins also have a locking mechanism at the top of the plastic hood to provide extra stability.

This particular 91269 series has a total of four pins located on a 0.079” square header. These male pins support surface mount technology, are RoHS compliant, and can reach a maximum current of 2A and a maximum voltage of 6 300V.

The 91269-004LF Headers, Male Pins are mainly used for the connection of printed circuit boards, allowing the seamless transmission of signals ranging from low to high frequencies. They are typically used for motherboard and peripheral connections and can be used with a variety of electronic components. The pins are also designed to be corrosion resistant and are able to withstand temperatures between -25°C and 105°C. This ensures that the pins will be durable and will not easily wear out over time.

Overall, the 91269-004LF Headers, Male Pins are convenient, reliable and easy to use, making them the perfect choice for a wide range of applications. The pins’ robust design make them resistant to wear and tear and their four-pin design allows for a wider range of current and voltage transmissions.

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