64S101-272N1

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Coaxial connectors are an important type of connection used in radio frequency (RF) applications. This type of connection is responsible for transferring electrical signals between two components to enable communication without any interference.

The 64S101-272N1 coaxial connector is a type of RF coaxial connector used in many applications, such as radio and television, GPS, medical imaging, and other telecommunication systems. Designed to connect two ends of a coaxial cable, these connectors provide excellent connectivity and performance.

The 64S101-272N1 application field is mainly used in radio frequency and radio broadcast transmission. It can be used in standard-frequency systems, ultrahigh frequency 800MHz-2GHz systems, VHF/UHF systems, and all kinds of radio transmission systems. The advantages of using this connector include high frequency response, low distortion, low crosstalk, and low signal attenuation. This connector can be used in a variety of applications, such as long-distance TV broadcasting, local radio, and UHF/VHF backbone systems.

The working principle of the 64S101-272N1 connector is that it is designed to provide impedance matching and frequency response from DC up to 4GHz. This connector consists of a male and female part, which fit together perfectly and form a connection point. The small inner conductor is surrounded by the ferrite sleeve, and the larger outer conductor is covered by the rubber jacket for excellent shielding. This connector is also designed to provide a stable connection while reducing the amount of signal reflection and crosstalk.

In summary, the 64S101-272N1 coaxial connector is suitable for many RF applications, including radio and television broadcast, GPS, and other telecommunication systems. This connector provides excellent connectivity and performance, and is designed to provide low distortion, low crosstalk, and low signal attenuation. The working principle of this connector is that it provides impedance matching and frequency response, and is designed to provide stable connection and reduce signal reflection and crosstalk.

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