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Rectangular Connectors - Headers, Receptacles, Female Sockets

Rectangular connectors are becoming increasingly essential in many electronic device connectivity and assembly designs. They are available in a wide variety of forms, adapted to the specific requirements of the electronic devices they are connecting. These come in the form of headers, receptacles, and female sockets.

What are Headers?

Headers are designed to be the "male" part of the connection. These are the prods or pins found on the electronic device in question. Headers are often designed to operate with different types of mating connectors, depending on the needs of the specific device. Headers typically have a variety of pitches and elevation heights, depending on the corresponding mating connectors.

What are Receptacles?

A receptacle is the "female" part of the connection, meaning it is meant to accept a header. Receptacles can either be mounted directly on a printed circuit board or they can be soldered onto a plug or cable. Receptacles also come in a wide variety of sizes, pitches, and heights, depending on the mating connector.

What are Female Sockets?

Female sockets are designed to connect with headers. These sockets are usually found mounted on a printed circuit board or as part of a plug or appliance, and as such, are usually soldered in place. Female sockets are also available in different sizes and pitches.

15210105601000 Application Field and Working Principle

The 15210105601000 is a type of female socket that is designed to connect with headphone jack headers. It operates with a pitch of 0.6mm and 3.5mm diameter, which makes it perfect for applications that involve portable audio equipment. It has a gold plated contact configuration, so it has excellent electrical conductivity and resistance to corrosion, which makes it suitable for high-end audio applications. The 15210105601000 also has a self-latching function, so it can hold the connections firmly in place, and can handle up to 500 mating cycles.

The working principle of the 15210105601000 is simple. When a compatible header is inserted into the female socket, the latching design ensures that the connections remain firmly in place, while the gold plated contact configuration ensures optimal electrical conductivity. The female socket also has an anti-interference design, which reduces the possibility of electromagnetic interference.

Conclusion

Headers, receptacles, and female sockets are all important components used in many electronic devices, and the 15210105601000 is an example of a female socket that is suitable for use in audio applications. Its gold plated contacts ensure optimal electrical conductivity, and its self-latching design ensures that the connections remain firmly in place. With its resistance to corrosion and electromagnetic interference, this female socket is an ideal choice in many design applications.

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