105-024-203-200

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Backplane connectors are hardware components used for providing electrical connections between two electronic circuits. These have the capability to provide low impedance and high current to different devices. Using backplane connectors, the connection between components of different boards or panels can be achieved.

The 105-024-203-200 backplane connector is mainly used in PCs, servers and computer peripherals. This connector has 24 contacts in a single row. It comes with a 0.025 inch pitch and its contact size is 0.020 inch. The contact material is beryllium copper with gold plating. The housing is made up of a high quality non-metallic material. It is widely available in a variety of colors.

The 105-024-203-200 connector is suitable for both digital and analog circuits. The selection of the right backplane connector involves many aspects to consider, including size of the connector, board density, and impedance requirements. It can take various voltage modules that can link the two connectors with different voltage levels.

The 105-024-203-200 connector’s application field is wide. It can be used in server boards, personal computers, set-top boxes, routers and network equipment, communication boards, and many other components. It operates in high temperature, high speeds, and high electrical power, and has a long service life.

The working principle of the 105-024-203-200 backplane connector is as follows. It consists of several metal contacts located on either side of the connector. The contacts are arranged in a row and are connected to the main board via conductive pathways. When the mated connectors are connected, a current will flow through the contacts, creating a signal of various frequencies. This signal is then used to power the device or component connected to the connector.

In conclusion, the 105-024-203-200 backplane connector is a reliable and high performing connector that can be used in various electronic circuits. It provides low impedance and high current to different components, and its application field is widely available. The working principle involves several metal contacts connected to the main board through conductive pathways, allowing a current to flow through the contacts and creating a signal for powering the device connected.

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