VBI301-75 Connectors, Interconnects

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Coaxial connectors, also known as RF connectors, refer to connectors that use the inner conductor and the outer conductor to form a coaxial transmission line. The VBI301-75 type coaxial connector is a popular type, and its application fields and working principles are introduced below.

Application Fields

The VBI301-75 type coaxial connector is widely used in communication industry, aerospace, and manufacturing due to its simple structure, reliable performance and wide frequency range. Specifically, it is applicable to radio communications, broadcasting, means and ways of communication, radio, communication & measures, communications engineering, aircraft, military industries, and more.

Working Principle

The VBI301-75 type coaxial connectors are composed of two parts – the inner conductor and the outer conductor. The outer conductor can be made of solid wire mesh or corrugated tubing. The inner conductor is typically made of solid core or built around coaxial tubing.

The connection of the VBI301-75 type coaxial connector is based on the principle of electromechanical combination. The inner conductor and the outer conductor are combined together and held closely to form an adjunct. During working, the electrical signals flow through the inner conductor and the outer conductor to the connector terminal outside in order to form a complete circuit. In this way, signal transmission is achieved.

In order to ensure the secure and reliable connection between the inner and outer conductor, the VBI301-75 type coaxial connector is designed with an anti-loose mechanism. This mechanism makes use of the permanent molecular coordinate forces between the two parts to ensure a reliable combination and signal transmission.

Conclusion

The VBI301-75 type coaxial connector is a popular type and it is widely applicable to the communication industry, aerospace, and manufacturing. Its working principle is based on the electromechanical combination of the inner conductor and the outer conductor. An anti-loose mechanism is designed to ensure a secure and reliable connection between the two parts.

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