68712-076

Rectangular Connectors - Headers, Male Pins - 68712-076 Application Field and Working Principle

Rectangular connectors are widely used in communication, electronic equipment, instrument and equipment installation, including 68712-076. It has high performance and reliability, making it suitable for connection of various electrical equipment. The 68712-076 is featured with 1-44 pins, insulation resistance above 5000 mΩ. It also has a floating design, which can be used to reduce vibration due to its hollow center. The 68712-076 is also widely used in equipment wiring, because it is designed for a wide range of power levels.

The working principle of the 68712-076 is based on electrical contact. It is designed with contact pins, which allow the power to flow between the male signal pin and the receiver. These contact pins typically run through the plastic center, which acts as insulation. There are also elastic elements called elastomers, located in between the contact pins, which work to keep the contacts apart. When the 68712-076 connector is plugged into a mating port, the elastomers are compressed, allowing the contact pins to make physical contact with the receiver.

The 68712-076 is designed for data transfer, signal transmission, power connection, and fault protection. It is used in a multitude of applications, ranging from low power systems to high power, commercial applications. One of the main advantages of the 68712-076 is its ability to be interconnected, allowing for flexibility in design. It is also resistant to ambient vibration and can be integrated into most systems.

Despite being light and durable, the 68712-076 has some drawbacks. It is not designed to handle high temperature environments. It also has an exposed contact pin when compared to other designs, which can lead to corrosion. For best performance, the 68712-076 should be periodically inspected and the exposed contact pins should be cleaned and kept dry.

In conclusion, the 68712-076 is a reliable and efficient rectangular connector, which is widely used for data transfer, signal transmission, power connection, and fault protection. It has an exposed contact pin, which can lead to corrosion if not regularly maintained. Furthermore, the 68712-076 should not be used in high temperature environments. Despite these drawbacks, the 68712-076 is still a reliable choice for a variety of applications, ranging from low power systems to high power, commercial applications.