ATT 3dB 1W SMA M/F 3GHz Fixed Attenuator

Description

ATT 3dB 1W SMA M/F 3GHz Fixed Attenuator

The ATT 3dB 1W SMA M/F 3GHz Fixed Attenuator is a compact, high-quality RF attenuator designed for low-power applications requiring precise signal attenuation. This attenuator provides a fixed 3dB attenuation and operates over a wide frequency range of DC to 3 GHz, ensuring compatibility with various telecommunications, test systems, and RF devices.

Equipped with SMA Male to SMA Female connectors, it seamlessly integrates with standard SMA interface setups, offering secure and reliable connections. With an impedance of 50Ω and a VSWR of ≤ 1.15, it ensures excellent signal transmission and minimal reflection, enhancing overall system performance.

The attenuator handles a maximum input power of 1 watt, making it suitable for low-power signal applications. Designed with RoHS-compliant materials, it is environmentally friendly and operates effectively within a temperature range of -33°C to +55°C, making it reliable in various operational environments.

Electrical Specifications:

• Impedance: 50Ω – Optimal for efficient 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: 1W – Suitable for low-power applications.

Mechanical Specifications:

• Input Connector: SMA Male – Reliable and secure connections.
• Output Connector: SMA Female – Standard interface for easy integration.

Environmental Specifications:

• Operating Temperature: -33°C to +55°C – Performs reliably across varied environments.
• Compliance: RoHS – Environmentally friendly design.

Key Features:

• 3dB fixed attenuation for accurate signal reduction.
• Operates across a broad DC to 3 GHz frequency range.
• 50Ω impedance ensures efficient signal transmission.
• Compact design with SMA Male/Female connectors for seamless integration.
• Reliable, environmentally friendly, and ideal for low-power RF applications.