801-87-041-53-001101

Rectangular Connectors - Headers, Receptacles, Female Sockets are important components used in many industrial and engineering applications. This article discusses the application field and working principle of 801-87-041-53-001101, a particular type of such connector.

Applications

The 801-87-041-53-001101 rectangular connector is used in a variety of applications. This highly versatile device is an ideal solution for high-density applications, such as in medical, automotive, communications, industrial, and consumer electronics. It is also suitable for board-to-board applications requiring multi-connectivity. Additionally, it can be used in power and signal contacts, as well as providing protection from environmental elements. This versatility allows designers to create practical, efficient solutions in a variety of industries.

Working Principle

The 801-87-041-53-001101 rectangular connector consists of two pieces of metallic interface connected with a terminal. It operates using a combination of electrical conductivity and physical pressure. Electrical conductivity is provided by the gold plated terminals, which ensure low contact resistance and low voltage drop. This contacts the mating edge of the opposite connector, completing the circuit. Physical pressure is provided by the compression of the retention screws, which increases electrical contact pressure within the connector. This ensures a robust electrical connection, even under shock and vibration.

The 801-87-041-53-001101 has an additional advantage over standard connectors in that it uses a locking device to ensure tight connection under vibration or shock. The locking device increases the contact pressure between the contacts, achieving a better and more reliable connection than standard connectors. This also significantly reduces the chances of accidental disconnection.

Conclusion

The 801-87-041-53-001101 rectangular connector is a highly versatile device, suitable for use in a variety of applications. It operates using a combination of electrical conductivity and physical pressure, providing a robust connection even under shock and vibration. Additionally, it provides enhanced protection from environmental elements, making it an ideal choice in many industrial and engineering applications.