ATT 20DB 100W N M/F 3GHZ

Signal Attenuation: Provides a fixed attenuation of 20 decibels (dB), which significantly reduces the signal strength.
Power Handling: Rated to handle up to 100 watts of input power, suitable for high-power RF applications.
Frequency Range: Effective up to 3 gigahertz (GHz), covering a broad range of RF frequencies.
Connectors:
Type: N-type
Configuration: Male (M) on one end, Female (F) on the other end
Design: Engineered to offer reliable performance with minimal signal loss and effective attenuation in high-power environments.
Specifications:
Attenuation: 20 dB (decibels)
Maximum Power Handling: 100 watts (W)
Frequency Range: Up to 3 gigahertz (GHz)
Connectors:
Type: N-type
Configuration: Male (M) on one end, Female (F) on the other end
Impedance: Typically 50 ohms (Ω), standard for RF systems to ensure proper impedance matching and minimize reflections.
Return Loss: Generally excellent, often better than 20 dB, ensuring minimal signal reflection and effective attenuation.
Temperature Range: Typically operates within a temperature range of -20°C to +75°C, though specific ranges may vary by manufacturer.
Construction: Made from high-quality materials to ensure durability and consistent performance in high-power RF applications.
Applications:
High-Power RF Testing: Ideal for use in laboratory and field testing environments where substantial attenuation is required to manage and protect high-power signals.
Communication Systems: Useful in RF communication systems operating up to 3 GHz, providing precise signal control and protection.
Signal Conditioning: Helps in managing signal levels in high-power RF applications, ensuring proper system performance.
Broadcasting: Suitable for broadcasting systems where significant signal attenuation is necessary to maintain signal integrity and avoid overloading.
The ATT 20DB 100W N M/F 3GHZ attenuator is a robust and reliable component designed for high-power RF environments, offering effective attenuation while ensuring durable and consistent performance.