PPPC201LFBN-RC

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Rectangular Connectors - Headers, Receptacles, Female Sockets are widely used in circuitry and the electrical engineering industry. As the technology has been enhanced, these connectors have become more versatile and useful. The PPPC201LFBN-RC connector is a great example of the versatility of these connectors. This article will explain the application field and working principle of these connectors in detail.

The Application Field of PPPC201LFBN-RC Connectors

The PPPC201LFBN-RC connectors are an ideal choice for robust board-to-cable connections. They are used mainly in industrial automation, automotive, and other applications. These connectors, in particular, provide vibration-resistant connections for a variety of parameters. Their specialized design allows them to be installed in most circuit boards, ensuring a reliable and consistent connection.

This type of connection can also be used in military and aerospace systems, as it is highly resistant to corrosive influences, harsh environmental conditions, and shock and vibration. They are also resistant to a wide range of temperatures, making them a great option for use in a multitude of applications.

Working Principle of PPPC201LFBN-RC Connectors

The PPPC201LFBN-RC connectors are composed of a contact assembly and housing. The contact assembly is composed of a male header and receptacle. The contacts on the header are made of gold plated contacts on a copper alloy that is soldered into the printed circuit board. The contacts on the receptacle are soldered on the wire. The housing is made of thermoplastic and is designed to provide security and strain relief to the contact assembly.

The gold plated contacts on the header and receptacle provide a reliable connection. The crimped contacts are made with a four point design, allowing the electrical connection to be very strong. The four points also provide an extra level of security to the connection, ensuring that it will not come loose over time.

The housing also plays an important role in providing a reliable connection, as it increases strength and reduces strain caused by vibrations and impacts. The thermoplastic housing is also designed to have an eyelet that is used to fasten the connection to a connector. This helps to make the connection more secure and resistant to corrosion and other external influences.

Conclusion

The PPPC201LFBN-RC connector is a great choice for robust board-to-cable connections. It provides reliable connections that are highly resistant to corrosion, harsh environmental conditions, and shock and vibration. Its four point design gives an extra level of security to the connection and its thermoplastic housing provides strain relief and security. This makes the PPPC201LFBN-RC connector an ideal choice for a variety of applications in industrial automation, automotive, and other industries.

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