RFP-100N1AF

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Attenuators are used when signals need to be transmitted over long distances. They reduce unwanted noise and prevent signal overloads. RFP-100N1AF attenuators are specifically designed for long distance radio broadcasts, Wi-Fi networks, and other high-speed communications applications. This attenuator uses Field-effect Transistor (FET) technology to efficiently connect the source and the load, enabling it to provide high levels of isolation, insertion loss, and return loss.

The RFP-100N1AF attenuator is an RF/microwave fixed attenuator with a frequency range of 0.5 to 6 GHz. It provides accurate signal attenuation up to 20 dB and is designed to be used with 50 ohm antenna systems. It has a compact form factor with a length of 1.96 inches and a width of 0.8 inches. The attenuator is constructed with aluminum and is available in a variety of configurations, including BNC connectors, SMA connectors, and Male/Female pigtails.

The RFP-100N1AF attenuator works by reducing the amplitude of a radio wave as it passes through. The signal loss is equalized by reducing the voltage of the signal, which results in lower signal power. The attenuation level is calculated based on the input and output impedances. The attenuator is designed to ensure excellent RF match and isolate the device from the environment.

The RFP-100N1AF attenuator is ideally suited for a wide range of applications. It is used to reduce unwanted signal noise, maintain signal integrity, and extend the range of a broadcast. The device can also be used in Wi-Fi networks to reduce signal interference and provide better signal coverage. Additionally, it is used in cell phone towers and in other high-speed communication networks to reduce signal attenuation and to improve signal performance.

The RFP-100N1AF attenuator is an excellent choice for a variety of applications and can offer a reliable solution for isolating RF signals. It provides a high level of signal isolation, low insertion loss, and excellent return loss performance. Additionally, the device is relatively compact, making it suitable for a wide range of applications.

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