M20-7833842

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Rectangular Connectors – Headers, Receptacles, Female Sockets are commonly used in various electronic components. The M20-7833842 is a type of rectangular connector which is widely used in today’s market. This article aims to give an overview of the application field and working principle of the M20-7833842 connector.

The M20-7833842 connector is a plastic rectilinear contact type. It is rated at 4A and holds 2 poles and 4 positions. The working temperature range is from -55°C to +105°C with a maximum insulation resistance of 2000MΩ. It is suitable for both wire-to-wire and wire-to-board application in computer hardware, audiovisual equipment, home appliances, telecommunications and other related fields.

The connector\'s working principle can be divided into two parts: mechanical design and electrical design. The mechanical design is composed of contact retainer, contacts, and other components necessary for device assembly. It ensures that the parts are securely mounted and protected from environmental contamination. The electrical design ensures the electrical connection between the connector’s terminals and the pins and traces of circuit boards. It also ensures that electrical signals are carried and transmitted without any distortion or interference.

In terms of installation, the M20-7833842 connector is typically soldered onto the circuit board and the contacts are then crimped onto the wires. The crimping process ensures that the contact is firmly secured in the terminal block and the resistance of the wire-to-terminal connection is low. The connector is also equipped with backlashing and locking functions to further enhance its performance.

In summary, the M20-7833842 rectangular connector is a reliable and cost-effective choice for electronic applications. Its application fields include computer hardware, audiovisual equipment, home appliances, telecommunications and other related fields. Its working principle is based on both mechanical and electrical designs, with a special emphasis on crimping and backlashing functions for enhanced stability and reliability.

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