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The Pasternack PE88X2015 is a general-purpose active frequency multiplier module designed for RF applications. It utilizes SMA connectors for signal interfacing and operates within an input frequency range of 250MHz to 350MHz, producing an output frequency range of 750MHz to 1.05GHz. The device employs GaAs PHEMT semiconductor technology to achieve efficient frequency doubling. This module is housed in a base-mount configuration suitable for integration into various microwave systems requiring precise frequency conversion.
Verify the specific datasheet version for the PE88X2015 to confirm exact electrical parameters such as conversion gain and power handling, as these values are not detailed in the provided summary data. Ensure that the SMA connector type matches the system requirements. Confirm availability status with authorized distributors, as supply levels may vary. Cross-reference the manufacturer part number with official Pasternack documentation to avoid confusion with similar models in the PE88X series.
Select the PE88X2015 when a compact, general-purpose frequency doubler is required for frequencies between 250MHz and 350MHz input. Consider its SMA interface compatibility with existing board layouts. Evaluate thermal management needs based on the specific power dissipation characteristics found in the full technical datasheet. Compare against other PE88X variants if different frequency ranges or power levels are necessary for the target application.
The PE88X2015 belongs to the Pasternack PE88X series of active frequency multipliers. This series leverages GaAs PHEMT technology to provide efficient frequency doubling across various microwave bands. The modules are designed for ease of integration into RF systems, offering consistent performance for frequency conversion tasks in professional and industrial environments.
Consult the official Pasternack substitution guide for verified equivalent parts. No direct substitute part numbers are confirmed in the available public data. Ensure any replacement maintains the same SMA interface and frequency range specifications.