SA4014-03

Attenuators Overview

The SA4014-03 is a fixed RF attenuator manufactured by Fairview Microwave, designed for high-frequency signal management. It features a 2.92mm male to female in-line configuration with a nominal attenuation of 3 dB. The component operates across a frequency range from 0 Hz to 40 GHz and maintains a 50 Ohm impedance. Rated for 1 Watt of power handling, it utilizes passivated materials suitable for demanding environments.

Attenuators Feature Summary

• Provides precise 3 dB signal attenuation within an in-line module design
• Supports ultra-wideband operation extending up to 40 GHz
• Features robust 1 Watt power rating for stable performance
• Constructed with durable passivated components for environmental resilience

Attenuators Applications

• High-frequency test and measurement setups requiring signal reduction
• Microwave communication systems needing precise power level control
• Radar equipment utilizing 2.92mm connector interfaces
• Laboratory instrumentation operating within the DC to 40 GHz spectrum

Attenuators Procurement Notes

Verify the specific datasheet version for the SA4014-03 to confirm current manufacturing specifications and compliance status. Ensure that the required 2.92mm mating connectors are compatible with the male-to-female interface. Confirm power handling requirements align with the 1 Watt rating before integration into high-power circuits.

Attenuators Selection Notes

Select this model when a fixed 3 dB attenuation is required in the 2.92mm form factor. It is appropriate for applications demanding operation up to 40 GHz with moderate power levels. Consider alternative attenuation values if higher signal reduction is necessary, or different connector types if interface compatibility differs.

Attenuators Part Context

This component belongs to Fairview Microwave's series of RF fixed attenuators. It serves as a passive device for managing signal strength in coaxial transmission lines. The 2.92mm interface ensures low reflection and consistent performance at millimeter-wave frequencies compared to larger connector standards.