832-40-096-10-052000

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Rectangular Connectors - Headers, Male Pins

The 832-40-096-10-052000 application field and working principle generally applies to rectangular connectors, or headers, and their complementary components, the male pins. A rectangular connector is an electrical connector, which uses male pin connections to join two circuits with complimentary components.

The 832-40-096-10-052000 application field and working principle has three main features. Firstly, the connector has two sets of pins. The main set of pins, known as male pins, has a small, slightly rectangular shape, and the corresponding female pins, known as headers, has larger, thicker rectangular shapes.

The two sets of pins and the headers are connected together with conductive metal pins, usually made of copper, zinc, aluminum, or brass. This establishes an electrical current through the female and male pins, allowing power to be transferred from one circuit to another. This transfer of power is known as a ‘crossed connection’.

The second characteristic of the 832-40-096-10-052000 application field and working principle is that the pins can be fixed into place using various methods, such as with welding or soldering. This ensures that the pins stay securely in place, and also helps to reduce the risk of corrosion, as the metal pins are not exposed to ambient air.

The third feature of the 832-40-096-10-052000 application field and working principle is that the pins, headers, and the connector itself are usually encapsulated with a protective, non-electrically conductive coating, such as epoxy resin, or similar. This helps protect the pins and connectors from dust, moisture, or other sources of damage or contamination.

In conclusion, the 832-40-096-10-052000 application field and working principle covers rectangular connectors, also known as headers, and their complementary components, the male pins. An electrical current is established between the two sets of pins when they are connected, and the pins can be fixed into place by various methods. The pins, headers, and the connector itself are usually encapsulated with a non-electrically conductive coating to help protect them from dust, moisture, and other sources of damage or contamination.

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