51K106-006N5

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Coaxial Connectors (RF) are a type of electrical connectors engineered to achieve maximum transmission of signal while ensuring electrical integrity. Such connectors are used mostly in the field of radio frequency (RF) transmission. Among them, the 51K106-006N5 coaxial connector is a widely used and reliable choice for many applications.

The 51K106-006N5 connector is a RF coaxial with a BNC interface. It is composed of two components: The inner contact and the outer barrel. The inner contact, or pin, is a cylindrical hollow pin with a specific thread. The outer barrel is made of aluminum or brass, and is designed to provide strain relief and secures the inner contact within it.

The 51K106-006N5 connector has excellent impedance characteristics up to 3 GHz and a nominal impedance of 50 Ohms. Thanks to its excellent impedance, the 51K106-006N5 provides low return loss and better strength. This also makes it well-suited for installations in harsh environmental conditions. Moreover, its low PIM rating (less than -165dBc) makes it suitable for use in base station and standby antenna systems.

One of the most distinct features of the 51K106-006N5 connector is its absorptive property, which allows it to absorb the Surges in the signal path up to a certain limit. This makes it especially suitable for applications in high-speed data transmission or long-distance signal transmission.

Additionally, the 51K106-006N5 connector is also highly reliable and offers excellent EMI/RFI shielding. Its good electrical and mechanical properties further ensure that the signal transmission between various equipment remains intact. The use of superior grade materials also ensures the connector’s long-term performance.

Overall, the 51K106-006N5 coaxial connector is a reliable and robust choice for many radio frequency applications. Its excellent impedance characteristics, absorptive properties, and EMI/RFI shielding make it suitable for different types of applications, such as base station antenna systems, long-distance signal transmission, and high-speed data transmission. Its good electrical and mechanical properties also provide excellent performance in a range of environmental conditions.

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