89891-335H

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Rectangular Connectors have become commonplace in the modern world of data and power transfer, and the 89891-335H Connector is one of the many types of connectors now available on the market. The 89891-335H is a versatile all-in-one header and receptacle for data and power transfer based on current sensing technology. It is composed of two parts: a header and a receptacle, either of which can be placed in a female socket or a male socket. The header houses two data contact pads for the transmission of data and two power contact pads for the transmission of electricity. The receptacle houses four contact pins for data transfer and four for power transmission.

The 89891-335H Connector is most often used in applications involving PCB boards, computers, servers, and other computing systems. It is a high-reliability type of connector and is suitable for both transferring data and delivering power. It has a compact design, which makes it ideal for applications where space is limited. Another advantage is its integrated ESD (electrostatic discharge) protection, which provides superior protection from electrostatic overloads.

The working principle of the 89891-335H Connector is based on current sensing technology. When the two halves of the connector are placed in a female socket or male socket, the contact pins in the socket induce a current that is sensed by the contacts in the receptacle. This current is then passed to the contacts in the header, which transmit data and power to the device or circuit connected to the socket. The 89891-335H connector also boasts stability, robustness, and a long life span.

The 89891-335H Connector is an efficient, reliable, and cost-effective solution for transmitting data and power on a PCB board. It facilitates simple plug-and-play operation, is compact in size, and its integrated ESD protection makes it an ideal choice for data and power transmission applications. Its robust design makes it extremely durable, and its long life span ensures it will be serviceable for many years to come.

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