HIF3C-50D-2.54C(03)

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HIF3C-50D-2.54C(03), or the HIF High Force 3-Pin Connector with a 2.54mm Pitch and molded from polycarbonate, is a type of rectangular connector housing used in electronic devices. This 3-pin cylindrical connector housing is very commonly used in industry as it provides a simple and reliable connection between devices.

The HIF3C-50D-2.54C(03) has a two-part construction, which includes an outer plastic housing and a mounting element that is used to hold and protect the pins. The plastic housing is made from a high-temperature, low-shrink-age polycarbonate material, while the mounting element is made from brass or steel. This connector housing has a distinct design that utilizes a wedge tab to ensure a secure connection.

The typical application of the HIF3C-50D-2.54C(03) involves the use of two-part connectors in signal and power circuits. For signal connections, the connections are typically permanent and secure while the power connections, which are more prone to vibration, have a locking mechanism to ensure the connection remains secure. Additionally, many electronic devices use this type of connector for other purposes, such as data transmission and power transfer.

In terms of working principle, the HIF3C-50D-2.54C(03) is simple and reliable. The wedge tab mechanism secures the connector into place, and the pins are held firmly in place by the mounting element. The pins are then connected to other electronic devices using a wire or a terminal. Additionally, the pins provide smooth and reliable transmission of data and power transfer for devices.

In conclusion, HIF3C-50D-2.54C(03) is a connecting element used in many electronic devices. This rectangular connector housing has a distinct design that utilizes a wedge tab to ensure a secure connection. Its two-part construction, including the plastic housing and mounting element, makes for a reliable connection with pins, wires and terminals. Finally, its working principle is simple and efficient, with the pins providing smooth and reliable data and power transfer.

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