3010-40-041-13-00

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3010-40-041-13-00 is a type of rectangular connector, headers, with male pins. Rectangular connectors are connecters that are wired into printed circuit boards or electronic components designed with a rectangular shape for connecting multiple lines or contacts. The topics that follows discuss the application field and working principle of this type of connector in detail.

Application Field

3010-40-041-13-00 rectangular connector with male pins are extremely versatile. They are commonly used is a variety of electronic products, PCs, and automotive technology because of their durability and robustness. They are mainly used on automotive equipment, medical systems, and related components. In addition, they are also good for a variety of industrial machines, power supply, aerospace system, and other types of electronic products. Their superior electrical insulation and reliable connection ensure exceptional performance in certain industry applications.

Working Principle

3010-40-041-13-00 rectangular connector with male pins use an insulation displacement contact (IDC) technology. In this technology, relatively thin material strips that serve as the contact elements are bifurcated and pushed into the insulation of the cable being threaded into the connector. At this time, the outer conductor of the cable is connected to a rib on the rear side of the connector, hence the name insulation displacement connector. The spring pressure of the contact strip forces the insulation of the cable to be displaced by the contact strip, thereby ensuring the connection between the conductor and the contact strip. This process also makes it easy to identify the connection\'s contact point, providing a reliable connection.

The other reason for using an insulation displacement contact technology for 3010-40-041-13-00 rectangular connector with male pins is that it results in minimal signal losses because of its low contact resistance and low insertion force. Also, these are able to provide good EMI/RFI shielding performance due to better contacts than other different types of connectors. Furthermore, this technology makes connectors capable of withstanding high volumetric currents.

Finally, the male pin configuration found on this type of connector contributes to its robustness when used in various applications. In this configuration, the contact pins are designed to fit into the mating female receptacle of the other connector. This ensures a secure connection and also helps to provide superior mechanical support. As a result, this type of connector is able to provide superior durability, high shock resistance, and excellent vibration attenuation, making it perfect for applications in harsh and uncontrolled environments.

Conclusion

The 3010-40-041-13-00 rectangular connector with male pins offers a reliable connection in industry applications. Its robust construction, combined with its insulation displacement contact (IDC) technology, provides superior strength, reliability, and EMI/RFI shielding, as well as improved signal integrity. In addition, it offers a reliable connection in a variety of harsh and unstable environments due to the male pin configuration and superior shock resistance.

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