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The ZX60-P162LN+ is a connectorized, low noise, medium power linear amplifier from Mini-Circuits. It operates within a frequency range of 700 MHz to 1600 MHz with a 50Ω impedance rating. The device utilizes E-PHEMT technology to achieve ultra-low noise figure performance across its broadband spectrum. It features SMA connectors and is housed in the GC957-2 case style, designed for screw mounting. This component is RoHS compliant and suitable for applications requiring high linearity and stable gain in the specified microwave band.
Verify the specific datasheet revision and electrical test conditions prior to integration. Confirm that the GC957-2 mechanical dimensions align with the target chassis design. Ensure thermal management strategies account for the device's power dissipation characteristics at maximum operating temperatures. Cross-reference the RoHS compliance status with current regional regulatory requirements before finalizing procurement orders.
Select this component when a low noise figure is critical within the 700 MHz to 1600 MHz band. The E-PHEMT technology offers superior linearity compared to standard silicon alternatives. Consider the SMA interface and screw-mount form factor for board-level or chassis integration. Evaluate system noise budget requirements against the amplifier's intrinsic noise specifications to ensure optimal signal-to-noise ratio preservation.
This part belongs to the ZX60 series of RF amplifiers manufactured by Mini-Circuits. The series encompasses various configurations including low noise, gain block, and driver amplifiers. The ZX60-P162LN+ specifically targets the L-band spectrum, distinguishing itself through its combination of low noise performance and medium output power capabilities in a ruggedized connectorized package.
Consult official Mini-Circuits documentation for verified substitute part numbers. Do not assume functional equivalence with other ZX60 variants without comparing specific electrical parameters such as noise figure, gain flatness, and power handling capabilities.