Description
ATT 3dB 10W BNC M/F 3GHz Fixed Attenuator
The ATT 3dB 10W BNC M/F 3GHz Fixed Attenuator is a high-performance RF attenuator designed for precise signal attenuation in a wide range of applications. This attenuator offers 3dB fixed attenuation, ensuring consistent and reliable signal reduction. It operates across a broad DC to 3 GHz frequency range, making it suitable for telecommunications, RF testing, and broadcast systems.
Constructed with a BNC Male to BNC Female connector configuration, it ensures seamless integration into existing setups. With an impedance of 50Ω, this attenuator minimizes signal reflection and maintains excellent transmission quality. The VSWR of ≤ 1.15 guarantees optimal impedance matching and minimal signal loss, even at high frequencies.
The attenuator is capable of handling up to 10 watts of power, making it robust for various medium-power applications. It is built with RoHS-compliant materials, ensuring environmentally friendly operation, and operates effectively within a temperature range of -33°C to +55°C, suitable for diverse environmental conditions.
Electrical Specifications:
- Impedance: 50Ω – Provides optimal signal transmission.
- Frequency Range: DC to 3 GHz – Ideal for broadband applications.
- VSWR: ≤ 1.15 – Ensures minimal reflection and efficient operation.
- Attenuation: 3dB – Fixed attenuation for consistent signal reduction.
- Maximum Power: 10W – Handles medium-power applications.
Mechanical Specifications:
- Input Connector: BNC Male – Ensures secure connections.
- Output Connector: BNC Female – Seamlessly integrates with existing setups.
Environmental Specifications:
- Operating Temperature: -33°C to +55°C – Performs well in various environments.
- Compliance: RoHS – Environmentally friendly design.
Key Features:
- 3dB fixed attenuation for precise signal reduction.
- Operates across a wide DC to 3 GHz frequency range.
- 50Ω impedance ensures efficient signal transmission.
- Handles up to 10W power with BNC Male/Female connectors for easy integration.
- Durable, environmentally friendly, and suitable for a range of applications.
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