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The AMF-3F-04000800-12-10P-S is an RF amplifier module manufactured by L3 Narda-MITEQ, designed for operation within the 4 GHz to 8 GHz frequency range. This component functions as a general-purpose RF amplifier with a specified typical gain of 28 dB and a supply current of 125 mA. It delivers an output power level of 10 dBm and exhibits a typical moisture sensitivity level of 1, indicating unlimited floor life under standard conditions.
Verify the exact suffix configuration against official L3 Narda-MITEQ documentation before procurement, as minor variations in package or termination styles may exist within the AMF-3F series. Confirm that the 125 mA supply current requirement aligns with your system's power budget. Ensure compatibility with 4-8 GHz operational environments. Request the latest datasheet directly from the manufacturer to validate pinout assignments and thermal characteristics specific to this part number.
Select this module when a compact solution is required for amplifying signals between 4 GHz and 8 GHz. The 28 dB gain makes it suitable for applications needing significant signal boost without excessive noise figure degradation. Consider the 125 mA current draw when designing power regulation circuits. Verify that the 10 dBm output power meets the dynamic range requirements of downstream components in the signal chain.
This component belongs to the AMF-3F family of microwave amplifiers from L3 Narda-MITEQ, which are widely used in defense and aerospace applications. The series offers various gain and frequency configurations tailored for radar, electronic warfare, and communications systems. The AMF-3F-04000800 variant specifically targets the 4-8 GHz spectrum, providing a standardized form factor for easy integration into existing RF architectures.
Consult official cross-reference guides for direct substitutes. Potential alternatives within the same family include AMF-3F-04000800-12-10P or variants with different mounting options like -HS or -GF suffixes, provided electrical parameters match exactly.