62194-2 Connectors, Interconnects

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Terminals - Magnetic Wire Connectors can be used to join two or more circuits together by passing an electrical current through them. The 62194-2 application field and working principle is an important part of magnetic wire connector technology, as it provides the framework for configuring the contact and the magnet within the connector. This article will take a look at the 62194-2 application field and working principle in order to expand the users’ understanding of this important technology.

The 62194-2 application field covers an extensive array of electronic components used to connect different electronic circuits to each other. Depending on the application, the user will need to select the appropriate connector that will best fit the contact type and connector size. The variety of connectors available in the 62194-2 specification ranges from spring-loaded wire-to-wire connectors, push-in connectors, and pogo pins, to various solder-bright connectors. In addition, there are also a variety of specialty connectors such as customizable terminal blocks and the MPJ Pan-Ty® Connectors.

The main working principle of magnetic wire connectors is based on the concept of magnetism and interaction between two magnetic forces. The connector consists of a pair of terminals that are soldered to the ground and power rails of the PCB, or alternatively, two soldered wires and a pogo pin. One of the terminals is attracted to the other by the magnetism generated between them. Therefore, when a current is applied to the contact, the terminal attracts the opposite one and creates an electric connection. This is why the two terminals are often referred to as a “force field”.

When this interaction is joined with the working principle of solder connections, the contact is then heated and the frozen solder melts and then reconnects the two terminals. This ensures that the electrical current remains in the circuit between the two terminals. The working principle of a weld connection is slightly different, as it uses 2 Wires and a pogo pin instead of solder connections. The two wires are placed in the pin and then the pogo pin is pushed into the ground and power rails. Once pushed in, the electrical connection between the two wires is created by induction.

The 62194-2 application field and working principle sets the basis for the proper assembly of a wide range of electrical connections. The working principle and rating of the connectors are also essential for ensuring that the necessary safety requirements are met whenever electrical connections are in use. Furthermore, the variety of connectors available in the 62194-2 specification allows users to customize the connection they need to achieve their desired outcome, with the type of connector used having a significant impact on the performance of the system.

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