RJSNE5F8108

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Modular connectors are an indispensable component when it comes to high-end electronic products. This is because they offer reliable connections between different components, such as devices, computer networks, and systems. However, the different types of connectors come with their own advantages and disadvantages. The RJSNEF8108 is a type of modular connector that offers several advantages for applications requiring high-speed and high-voltage transmissions.

Application Field

The RJSNEF8108 is a high-speed, high-density modular connector. It is primarily used in military and aviation applications, although some commercial applications have adopted the connector as well. The connector is designed to withstand varying levels of traction when connected, making it well-suited for demanding applications in extreme weather conditions. It is configured with an 8-pins/4-folds, which makes it ideal for applications where space saving is important. The connector is also designed to be relatively resistant to shock and vibration.

The RJSNEF8108 is commonly used in a range of medical, industrial, and automotive applications. In medical applications, the connector can be used to link medical equipment, such as scanners and computers. The connector is also popular in industrial applications where it can be used to connect large machines and factory systems. In cars, it is often found linking the engine control unit, brakes, and other automotive systems.

Working Principle

The RJSNEF8108 is a jack-type connector, which means that it uses a cylindrical barrel with an internal thread. It has a 3/8” diameter and is made up of four different components. The first component is the dielectric, which is the insulating material that separates the contact pin and the socket from each other. The second component is the shell, which is a metal body that secures the contact to the dielectric. The third component is the contact, which can be either a 3- or 4-finger contact. The fourth component is the socket, which is the receiving part of the connector. The contact, dielectric, and shell are all held together by a restraining nut, which is secured using an O-ring.

The working principle of the RJSNEF8108 is based on contact resistance. When the contact pin is inserted into the socket, there is resistance between the contact pin and the socket. The resistance is measured in ohms. This resistance ensures that current is transferred from the contact pin to the socket and prevents any accidental short circuits. The contact pin and socket are also designed to be self-cleaning and self-aligning, which helps to reduce contact resistance further.

The RJSNEF8108 is capable of transmitting current up to 30 Amperes, which makes it suitable for commercial applications that require high-voltage and high-speed transmissions. It is also designed to be durable and resistant to corrosion, which makes it well-suited for applications in extreme environments. The connector is also relatively inexpensive, making it an attractive option for commercial applications.

Conclusion

The RJSNEF8108 is a high-speed, high-density modular connector that is primarily used in applications that require reliable connections in extreme environments. It is suitable for medical, industrial, and automotive applications and is well-suited for applications where high-voltage and high-speed transmissions are required. The connector is designed to be durable and resistant to corrosion, and it is relatively inexpensive as well. It is also self-aligning and self-cleaning, which helps to reduce contact resistance.

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