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The FM82P2007 is an analog phase shifter manufactured by Fairview Microwave, designed for signal conditioning applications within the 0.5 GHz to 1 GHz frequency range. It provides a continuous 360-degree phase adjustment capability controlled by an external voltage input ranging from 0V to +20V. The device features SMA connectors and supports a maximum input power of +23 dBm at the pin. This component is engineered for precise phase manipulation in RF systems requiring adjustable signal timing or beamforming control.
Verify the specific datasheet version for the FM82P2007 to confirm mechanical dimensions and connector details. Ensure the control voltage supply matches the 0V to +20V requirement. Confirm SMA connector compatibility with existing cabling. Check for any RoHS compliance documentation if required for your assembly process. Validate thermal management needs based on the +23 dBm power rating.
Select this component when precise analog phase control is needed between 0.5 GHz and 1 GHz. It is suitable for applications requiring 360-degree coverage without digital quantization steps. Consider the SMA interface for standard RF connections. Evaluate the +23 dBm power limit against system signal levels. Compare with other phase shifters if higher frequencies or different control methods are required.
Fairview Microwave produces specialized RF components including amplifiers, cables, and phase shifters. The FM82P2007 belongs to their signal conditioning portfolio, targeting professional RF engineering markets. These products are typically used in defense, aerospace, and telecommunications sectors where reliable phase adjustment is critical for system performance and signal integrity.
Publicly confirmed substitute part numbers for the FM82P2007 are not available in the provided source data. Verify compatibility with alternative phase shifters by matching frequency range (0.5-1 GHz), phase resolution, control voltage (0-20V), and connector type (SMA). Ensure power handling capabilities align with system requirements before substitution.