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SLNA-030-15-25-SMA is listed in the RF Amplifiers range at ChipApex. The manufacturer field lists Fairview Microwave. Its product description is LOWNOISEAMP 500MHZ-3GHZ SMA. Review the specifications below when checking this part for your BOM.
The SLNA-030-15-25-SMA is a low noise amplifier manufactured by Fairview Microwave. It operates within a frequency range of 500 MHz to 3 GHz. The device provides a gain of 14.5 dB and features a noise figure of 2 dB. Key performance metrics include a P1dB compression point of 20 dBm. The unit utilizes SMA connectors for input and output interfaces.
Verify the specific datasheet version for the SLNA-030-15-25-SMA prior to integration, as manufacturer documentation may contain updated electrical characteristics or mechanical dimensions. Confirm that the SMA connector polarity and mating requirements align with the target system architecture. Ensure power supply specifications match the amplifier's DC bias requirements to prevent damage or performance degradation during operation.
Select this component when a low noise figure is critical for maintaining signal-to-noise ratio in the 500 MHz to 3 GHz band. The 14.5 dB gain offers moderate amplification suitable for intermediate stages. Compare against higher gain variants if system loss compensation requires greater signal boost. Consider the 20 dBm P1dB limit when designing for high linearity applications requiring minimal distortion under strong input signals.
This part belongs to the SLNA series of low noise amplifiers from Fairview Microwave. Similar models in the family, such as the SLNA-030-25-16-SMA, offer different gain and noise figure combinations while maintaining similar frequency ranges. The series targets applications requiring reliable RF amplification with standardized SMA interfaces for easy integration into existing test and measurement or communication hardware setups.
The SLNA-030-25-16-SMA serves as a comparable alternative within the same product line, offering 25 dB gain and a 1.6 dB noise figure over a 20 MHz to 3 GHz range. Designers must evaluate whether the increased gain and slightly lower noise figure meet specific system requirements compared to the 14.5 dB gain and 2 dB noise figure of the primary model.
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