ATS-1002-27 - SMA attenuator, 10dB, 2W, DC–27 GHz – Extended Microwave Performance

SMA 10 dB Coaxial RF Attenuator, 2W, DC–27 GHz – Extended Microwave Performance

This SMA 10 dB coaxial attenuator is a high-performance microwave component designed for reliable wideband operation from DC to 27 GHz. Built with a rugged stainless-steel body, precision SMA connectors and high-quality internal materials, it ensures stable attenuation and consistent RF behaviour across the entire microwave range.

With 2 W continuous power handling and a maximum VSWR of 1.30, this attenuator provides predictable results in demanding RF and microwave environments. Its ±0.6 dB attenuation accuracy makes it suitable for test benches, level control, impedance matching, input protection and linearity optimisation in advanced RF systems and high-frequency front-ends.

The attenuator is fully compliant with MIL-STD-348A mechanical interface standards and uses BeCu and gold-plated contacts for excellent repeatability. Each device is individually verified to ensure correct operation up to 27 GHz, making it a dependable choice for engineers who require extended-frequency microwave performance with professional documentation and availability from stock.

Main Features

• 10 dB fixed SMA coaxial attenuator for RF and microwave applications
• Wideband DC–27 GHz operation with stable attenuation
• 2 W continuous power handling, 250 W peak (5 µs, 0.4% duty cycle)
• VSWR ≤ 1.30 for predictable microwave performance
• ±0.6 dB attenuation accuracy across the full range
• Rugged stainless-steel construction with precision SMA male–female connectors
• Fully compliant with MIL-STD-348A interface standards
• RoHS & REACH compliant

Typical Applications

• RF and microwave test benches up to 27 GHz
• Signal level adjustment and fixed 10 dB padding in microwave chains
• Input protection and linearity improvement for sensitive RF instruments
• Wireless links, radar modules, microwave front-ends and telecom infrastructure
• Prototyping, validation and calibration of high-frequency subsystems
• Production test environments requiring compact SMA microwave attenuators