TRM-2198-FC-SMB-02

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TRM-2198-FC-SMB-02 is a type of coaxial connectors designed for use in RF communication, signal distribution and data transmission applications. It is a reliable, high-performance coaxial connector with superior mating characteristics and excellent signal integrity. The TRM-2198-FC-SMB-02 is used in a wide variety of applications such as satellite communication systems, digital audio signal transmission, broadcast equipment, high-speed fiber optic communications, antenna configurations, military radios, and consumer electronics.

The TRM-2198-FC-SMB-02 coaxial connectors are constructed with precision machined brass body and nickel plated center contact. It features a high-frequency impedance of 50Ω and a maximum power rating of 40W for continuous duty. It is designed to terminate multi-lead flexible coaxial cables and provides a secure connection assembly in a space saving format.

The working principle of TRM-2198-FC-SMB-02 coaxial connectors is quite simple. When the center contact is shielded in the connector body, an electromagnetic field is confined in the hollow interior, allowing only a minimal electrical leakage. This reduces noise and creates a low impedance connection, enabling the transmission of radio waves for effective communication.

The TRM-2198-FC-SMB-02 coaxial connectors are designed to comply with IEC 61169-40 standard and are tested in accordance to MIL-STD-202F connector tests. They are ideal for applications with very low return loss/insertion loss requirements, high speed data links, high voltage and current, and precision measurements. They can also be used for various other applications, such as connecting a cable to RF test equipment, loudspeakers, audio equipment, etc.

The TRM-2198-FC-SMB-02 coaxial connectors are one of the most reliable and versatile RF connectors on the market. They are available in a variety of sizes and configurations, and can be custom designed to meet most customer requirements. Their superior performance in challenging environments makes them an ideal choice for advanced RF/microwave applications.

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