MTSW-145-22-L-Q-225

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The MTSW-145-22-L-Q-225 is part of the Rectangular Connectors - Headers, Male Pins family of components. It is made up of a male pin and a female header. Together, these two components create a connection between two points in a circuit.

The most common application area for this commercially available product is in automotive and electronic device designs, although it can be used in many other applications as well. It is often used in new designs due to its low cost and reliability.

This device is relatively simple to work with and has a few distinct advantages over other similarly priced components. Primarily, the MTSW-145-22-L-Q-225 offers a quick and simple connection, allowing for fast prototyping or rapid setup of a circuit. Secondly, the device has excellent temperature stability, meaning that it won\'t be affected by enviromental conditions like extreme heat or cold. Additionally, the contacts are plated with gold, ensuring the lowest possible resistance values and a long service life.

In terms of its actual working principle, the MTSW-145-22-L-Q-225 is based upon electrical contact. The pins are inserted into the header, which creates the point of contact between them. The two parts are knitted together by gripping force that is applied by a mechanical screw or pin. As they are tightened together, the contact points are brought into closer proximity, before finally making contact to establish the electrical connection.

The contact surfaces can be tinned at the time of manufacture in order to reduce resistivity and improve the connection. Alternatively, the contact surfaces of the pins can be plated with gold, which provides even better electrical characteristics. This is known as a gold-plated contact, which is a premium contact when seeking low electrical resistivity.

The MTSW-145-22-L-Q-225 is a robust and reliable connection that is ideal for rapidly building circuits without the need for complex wiring. It is an affordable solution for many different types of electrical designs and offers the added advantage of temperature stability and excellent electrical characteristics.

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