62306-2 Connectors, Interconnects

The 62306-2 application field and working principle pertains to terminals used for electrical connections in a magnetic wire connector. Magnetic connectors are made of metal or metal alloy and are used to provide connections without the need for soldering, welding, or crimping. They are generally used in applications where high electrical or mechanical performance requirements are necessary, such as medical electronics, automotive, aviation, and industrial control applications.

The specific connector covered by the 62306-2 standard is a magnetic wire connector that employs a spring-loaded terminal block. This spring-loaded terminal block provides a simple and convenient way of making electrical connections without requiring the additional steps of soldering, welding, or crimping. The spring-loaded terminals compress when the wire is inserted into the connector, forming an electrical and mechanical connection. This connection has superior electrical performance and also provides superior mechanical stability and vibration resistance.

The magnetic wire connector covered by 62306-2 also contains a magnetic shield assembly. This shield is used to help attenuate electro-magnetic interference (EMI) that can be generated by the electrical connections. The shield is composed of a series of metal plates that are positioned in a concentric configuration around the connection. The shield is then placed inside a shield enclosure, which helps to reduce EMI emissions and protects the internal components of the connector.

The 62306-2 standard covers the application and performance requirements for magnetic wire connectors. The first section of the standard is devoted to the general requirements for these connectors, such as the materials used, the type of connectors that can be used, and the testing that must be done to ensure that the connectors meet the performance standards outlined in the standard.

The second section of the standard covers the design of the connector, including the dimensions and layout of the parts. This section covers the specifications for the size of the magnetic shield and the configuration of the shield enclosure. This section also covers the materials used for the connector and the requirements for the electrical performance of the connector, such as the insulation resistance, contact resistance, and dielectric strength.

The third section of the standard covers the installation and maintenance of the connector. This section covers the installation requirements, such as the tools and materials that are needed, the procedure for inserting and removing wires from the connector, and the procedures for inspecting the connector for any damage or wear. This section also covers the maintenance requirements, such as the cleaning and lubrication of the connector, the checking of the spring-loaded terminals, and the testing of the electrical insulation of the connector.

The 62306-2 standard is an important part of the standards for magnetic wire connectors. It provides the necessary information for the application and performance of these types of connectors, as well as the design and installation requirements of them. This standard helps to ensure that these connectors are of the highest quality and that they will meet the requirements of various applications.