831-87-008-20-001101

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Rectangular connectors are becoming increasingly popular in applications where space is constrained and high packing density is required. 831-87-008-20-001101 connectors are designed to satisfy these requirements and are found in many applications in diverse sectors. This article will discuss the application fields and working principle of 831-87-008-20-001101 rectangular connectors.

Application Fields

Due to their high packing density, 831-87-008-20-001101 connectors are used in a variety of applications including communications, automation, industrial, and medical electronics. In communications, these connectors are used in telecoms infrastructure and data networks for data transmission. For industrial automation, the connectors are ideal for factory automation and machine control systems where space saving is important. In medical electronics, the 831-87-008-20-001101 connectors are commonly used in medical diagnostic imaging and patient monitoring systems.

Working Principle

831-87-008-20-001101 connectors work by connecting two or more assemblies together when engaged and locking in place. The locking mechanism for these connectors uses a plastic clip or flip latch to secure the connection. The contacts are protected from damage or shorting out through the use of a secondary shield which covers the entire assembly. The contact modules are made from tin-silver-copper or gold-plated brass and are designed to be in electrical contact with the mating connection. This ensures a reliable connection and effective signal transmission.

On the inside of the connector, there are two components: contact module and shielding. The contact module contains two sets of contact pins, arranged in a right-angled pattern, which are used for electrical connection. The shielding consists of a metal plate on the outside of the connector, which helps to protect against EMI/RFI and provides grounding for the contacts.

When inserted into the mating connector, the contact pins make contact with the mating contacts and the shielding provides EMI/RFI protection. The connector is firmly held in place by the locking mechanism, which creates a secure connection and locks the two connectors together. This ensures a secure connection and reliable signal transmission.

Conclusion

The 831-87-008-20-001101 connectors are a robust and versatile solution for applications where space saving is critical. They are used in a wide range of industries, from telecoms to medical electronics, for data transmission and power delivery. When mated, the contact modules make an electrical connection and the shielding provides EMI/RFI protection. The locking mechanism ensures a secure connection and reliable signal transmission.

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