456-102

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Coaxial connectors (RF) have been widely used in many applications that require reliable transmission of signals in radio frequency (RF) range. Most widely used are Type N, Type F, Type SMA, Type SMB, Type SMC connectors, etc.

The 456-102 Coaxial Connector is designed specifically for laboratories, universities, and industry with applications ranging from Amateur Radio to audio/video signal transmission. It is capable of transmitting signals up to 50MHz bandwidth with an average insertion loss of 0.18dB, making it an ideal choice for high performance applications.

The 456-102 Coaxial Connector features a male/female modular design, allowing for easy connection and secure contact in a variety of configurations. The connectors are constructed of durable plastic or metalized elastomer with nickel-plated brass contacts and gold-plated pins. Additionally, the connectors are resistant to vibration, salt spray, humidity and extreme temperatures.

The working principle of the 456-102 Coaxial Connector is straightforward: it utilizes two concentric stainless steel sleeves that fit tightly into each other. Each sleeve has a coil of wire wound around it, which creates a Faraday shield. This shield serves to prevent disruptive electromagnetic radiation from entering the connector, thus preserving the signal integrity.

The signal is transmitted through the center conductor, which is insulated from the outer conductor by an elastomer dielectric. Thisinsulatesthecentral conductor from the outer conductor, maintaining a stable path for signal transmission. Furthermore, the elastomer dielectric helps dissipate static electricity when connected, protecting the connector from external electric fields.

The 456-102 Coaxial Connector is suitable for many laboratory and industrial applications, including communication systems, amateur radio, audio and video systems, automotive, and even medical electronics. Furthermore, its high performance and reliable signal transmission make it an excellent choice for high-frequency applications, such as RF test equipment, satellite systems, and other radio frequency applications.

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