2035239-1

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Rectangular Connectors - Headers, Male Pins are widely used in the field of electronic boards, automation, connected transaction, data processing, telecom and automation process. In the past, they used to be constructed as permissive connecting components between circuit boards. Nowadays, they are employed to transfer analogue and digital signals between circuit boards in a very efficient way. The 2035239-1 application field and working principle is no exception.

Functionality

The 2035239-1 rectangle connector is a high performance, reliable connector that is designed to form an electrical connection between two electronic circuit boards. The connector consists of two parts, namely, the header and the male pin. The header is typically composed of four contacts which can be easily assembled on the surface of the same board, whilst the male pin incorporates four mating pins configured to fit the respective contacts array of the header. The contact of the pins are soldered onto the connecting circuit board.

The typical way of using the 2035239-1 connector is as follows. Firstly, the header is positioned perpendicularly onto the first PCB, making electrical contact with the conductive tracks of the board. Then the male pins are inserted into the slots of the header, creating an electrical connection between the two point y of connection. That is, the electrical connection between the two circuit boards is established securely.

Advantages

There are several advantages associated with the 2035239-1 rectangular connector. Firstly, it can be designed to offer a more efficient electrical connection than any other type of connector, due to its simple connecting and disconnecting technologies. This makes the 2035239-1 connector highly suitable for connecting different circuit boards in an automated system. Secondly, it provides better contact retention even under high vibration, making them more reliable than many other types of connectors.

Moreover, these connectors are designed to offer a low contact resistance of at least 1 mOhm and an insulation resistance that outpaces any other type of connector. This contributes to the connectors’ overall reliability and ensures that the signal transmission is free of losses. The maximum voltage rating and current rating of the 2035239-1 is 50V and 5A respectively, making tolerant of conductive surges and ensuring data integrity.

Applications

The 2035239-1 connector is widely utilized in a variety of applications, from consumer electronics to industrial networking. Its simple construction and reliable contact make them an ideal choice for using them as an interconnect solution. It can be utilized in audio/visual equipment, computers, automotive, medical equipment, home theater and many other industrial applications.

Besides, these connectors also widely used to create communication interfaces between devices. Due to their high current capability and low contact resistance, they can be used to transfer analogue and digital signals between circuit boards in a very efficient way. Furthermore, this type of connector is supported by a well-known modularity technology, allowing the replacement of individual components, making it an affordable and tangible solution for different applications.

Conclusion

To conclude, the 2035239-1 rectangular connector has been designed to provide an efficient and reliable physical connection between two electronic circuit boards. It is suitable for various applications, ranging from consumer electronics to industrial networking, due to its low contact resistance, reliable contact and high current capability. It is supported by a well-known modularity technology, allowing the replacement of individual components and providing an affordable solution for various applications.

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