ATT 10DB 20W N M/F 3GHZ
$ 47.65
- Signal Attenuation: Offers a fixed attenuation of 10 decibels (dB), which reduces the signal strength by a factor of 10. Power Handling: Designed to handle up to 20 watts of input power, making it suitable for moderate power applications. Frequency Range: Operates effectively up to 3 gigahertz (GHz), accommodating various RF frequencies. Connectors: Type: N-type Configuration: Male (M) on one end, Female (F) on the other end Design: Constructed to provide reliable performance and durability, ensuring stable attenuation in high-power and high-frequency environments. Specifications: Attenuation: 10 dB (decibels) Maximum Power Handling: 20 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), which is standard for RF systems to ensure proper signal matching and minimize reflections. Return Loss: Generally better than 15 dB, ensuring minimal signal reflection and effective attenuation. Temperature Range: Usually operates within a temperature range of -20°C to 75°C, though this can vary depending on the manufacturer. Construction: Made from high-quality materials to handle specified power levels and ensure reliable operation in demanding conditions. Applications: RF Testing: Ideal for use in laboratory and field testing environments to manage signal power and protect sensitive equipment. Communication Systems: Helps control and reduce signal levels in RF communication systems to prevent equipment damage and ensure proper operation. Signal Conditioning: Used to adjust and manage signal levels to meet system specifications and improve overall performance. Broadcasting: Suitable for high-power broadcasting systems where signal attenuation is necessary to ensure signal integrity. The ATT 10DB 20W N M/F 3GHZ attenuator is a versatile and reliable component for managing signal levels in moderate to high-power RF applications, ensuring accurate signal conditioning and protection of RF systems.
