WR-40S-VFH05-N1-R1500

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The WR-40S-VFH05-N1-R1500 is a compact and reliable mezzanine (board-to-board) array-type edge connector for varied applications. The edge type design allows it to be integrated with a variety of surface mount or through-hole board designs, and it is highly applicable to automated assembly processes. As such, the WR-40S-VFH05-N1-R1500 is a versatile and robust connector design, often found in equipment and appliances across multiple industries.

The primary practical application of the WR-40S-VFH05-N1-R1500 is in the electronics industry, as its design is specifically oriented towards optimized data transmission. It is designed for both automated and manual assembly processes, and its housing includes a contact force adjustment feature to address varying contact requirements. The WR-40S-VFH05-N1-R1500 is often used in industrial robots, computer and telecommunications equipment, consumer electronics, and even automotive applications.

On a fundamental level, the WR-40S-VFH05-N1-R1500 has 3 main components: the socket, the pin, and the housing. The socket is a metal contact device that attaches to the mating board and contains the contacts for pin insertion. The pin is a thin metal contact element that is inserted into the socket, and the housing is the mounting frame or enclosure that houses the socket and pin. The pin and socket are configured in an array-type design, and this allows for higher contact density and improved power and signal transmission when compared to other conventional mezzanine connectors.

The working principle of the WR-40S-VFH05-N1-R1500 is quite simple. When the pin is inserted into the socket, it creates an electromechanical connection between the two boards. This connection is then resiliently secured by a housing that locks the pin securely in place. As the pin and socket are arranged in an array-type formation, multiple contacts can be configured to ensure optimal data transmission and power delivery.

In summary, the WR-40S-VFH05-N1-R1500 is designed for critical data transmission applications. Its edge type design is well suited for automated assembly processes, and its array-type pin and socket configuration ensures optimal data transmission. As such, it is highly applicable in industrial robots, computer and telecommunications equipment, consumer electronics, and even automotive applications.

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