OPN-2185-FC-TNC-02

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The OPN-2185-FC-TNC-02 is a coaxial Terminator that offers engineers excellent performance in various application fields. It has a frequency range of 500 MHz to 6 GHz and is suitable for any application that requires standard performance such as telecommunication, broadcasting, radar, measurement, and medical systems.

The OPN-2185-FC-TNC-02 is constructed with a nickel plated brass body that is immune to any corrosion. It has a Teflon insulator, gold plated center conductor and a gold plated crimp terminal. It has a Z-connector interface which uses a unique bayonet style locking system. It also has a 50 Ω impedance and a VSWR of 1.15:1 or less. This ensures low return loss, meaning you can reliably transfer signal energy with negligible distortion.

The OPN-2185-FC-TNC-02 is designed with a wide variety of applications in mind. It is ideal for use in radio frequency (RF) systems, network applications, and cellular base stations. The terminator effectively eliminates any reflected power, creating a stable transmission line. This helps to reduce the risk of interference and signal degradation.

In order to work, the OPN-2185-FC-TNC-02 relies on the principles of electrical resonance. It works by maintaining a constant impedance along a transmission line by using the energy of the incident wave to create an opposite wave on the other side, thus cancelling out any reflections or noise. This effectively dampens any electrical or electromagnetic signals and creates a noise-free environment.

The OPN-2185-FC-TNC-02 is also designed in a way that makes it easy to install. It can be easily mounted on a variety of structures and the interface is designed to be unobtrusive. This makes it a great choice for use in both indoor and outdoor environments.

Overall, the OPN-2185-FC-TNC-02 is a great option for anyone seeking a reliable and high-performing coaxial connector. It has a wide frequency range and can easily handle difficult environments. It\'s perfect for use in any application in which standard performance is desired, such as communications systems, broadcasting systems, or radar systems.

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