TSW-110-23-L-D

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Rectangular connectors–headers, male pins, have a wide application in a variety of settings. The TSW-110-23-L-D model is a type of connector, consisting of two parts—the male pin and the female header. It is often used in electrically-charged, low power applications.

The male pin portion of the connector is a plastic moulded piece with “teeth-like” protrusions, designed to fit into the opposite female part of the connector – the header. This male pin portion is often housed in a pin or socket assembly, and comes with slot openings which allow the wires to pass through into the header. The female part of the connector, which is usually a header or receptacle, consists of a plastic or metal housing with slots that fit the male pin’s protrusions. It is designed to snugly but easily accept the male pin portion of the connector.

The TSW-110-23-L-D connector is most often used in low power applications and for data transmission. For example, it is often seen in combination with 15-pin cables, in order for audio or video transmission. It is also used in the computer industry for data transmission, as well as in applications that require relatively low levels of communication or signal transfer.

The working principle of the TSW-110-23-L-D connector is relatively simple. Once the male pin and female header are connected, there is an electrically conductive, low-resistance contact established between the two components. This creates a secure connection and allows electrons to of the male pin to pass through the slots of the female header. This electrical connection then provides signals or power, as required by the application.

In summary, the TSW-110-23-L-D connector is a type of rectangular connector –headers, male pins – that is often used in low power electrically-charged applications, such as data transmission or audio and video connections. It works by establishing an electrically conductive, low-resistance contact between its two parts – the male pin and the female header – when they are connected, allowing electrons to pass through the header\'s slots into the male pin.

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