15-0625-10

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Rectangular connectors - Headers, Specialty Pin - have become ubiquitous in many modern electrical systems, and with good reason. Utilizing a design that implements multiple pins, interlocking or fixed into a shielding body to meet different application needs, such connectors are essential for making connections between components.

These pin and header electrical connectors are available in a variety of sizes and configurations, such as single and double rows of pins and through-hole or surface mount connectors. The pin size and spacing may also vary depending on the application requirements. Single row headers, for instance, are used in applications such as I/O ports on computers.

The purpose of the 15-0625-10 rectangular connector (in this case, a male pin header) is to attach the pins from the board to a mating part such as a female socket connector or a PCB. Commonly used in prototyping, these pin headers are available with a range of pitch sizes, from 0.05 and 0.1 inches. The most common type of these connectors, the 15-0625-10, are manufactured with a 0.1 inch pitch and 10 pins.

When it comes to working principles, headers, pins and sockets contact each other in a variety of ways. Connectors that interlock mechanically usually use internal contacts such as spring contacts and posts to provide secure stability and high current carrying capacity. This type of contact also offers low contact resistance and relatively low maximum contact resistance.

The pins of headers are designed to provide contact between the board and the mating part, which locks the contact by mechanically mating each of the pins with a socket component. In this type of contact, it is generally important that the pins are securely mated with the socket to ensure a reliable connection. In addition, soldered contacts, commonly used in prototypes, also provide electrical stability and mechanical strength in applications where these are necessary.

Surface mount connectors, such as the SMT headers, provide a versatile wide range of mounting options. Compared to through-hole components, surface mount components have much higher density due to their small size and are capable of greater pin count, providing high speed signal transmission for high-density applications. This type of connector does not have contact points, but relies solely on friction to secure the connection.

These electrical connectors, such as the 15-0625-10 connector, are invaluable to making connections between components in a wide range of electronic systems. The flexibility of these connectors, and in the case of the 15-0625-10 type, its 0.1 inch pitch and 10 pins, makes them ideal for prototypes and applications requiring tight spaces, while offering reliable electrical contact at the same time.

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