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The FMVC015 is a Voltage Controlled Oscillator (VCO) manufactured by Fairview Microwave. It operates within a frequency range of 6.1 GHz to 7 GHz, providing a center frequency suitable for high-frequency applications. The device features a tuning voltage range of 0 V to 11 V, allowing for precise frequency modulation. It is designed with a supply voltage requirement and delivers an output power level typical for its class. The component utilizes surface mount technology for integration into compact electronic systems.
Verify the specific datasheet version for the FMVC015 to confirm exact electrical parameters such as phase noise and output power levels, as these values are critical for system compatibility. Ensure that the supply voltage and tuning voltage ranges align with the target circuit design before procurement. Cross-reference the pinout configuration with the official Fairview Microwave documentation to prevent integration errors during PCB layout.
Select the FMVC015 when a VCO operating in the 6.1 GHz to 7 GHz range is required. Consider the 0 V to 11 V tuning voltage range against the available control circuitry. Evaluate the surface mount package type for compatibility with existing manufacturing processes. Compare phase noise specifications against system sensitivity requirements to ensure adequate signal purity for the intended application environment.
The FMVC015 belongs to the family of Voltage Controlled Oscillators produced by Fairview Microwave. This manufacturer specializes in RF, microwave, and mmWave components, offering a broad portfolio of modules and adapters. The FMVC015 serves as a signal generation component within this ecosystem, distinct from passive adapters or attenuators, focusing on active frequency synthesis capabilities for high-frequency electronic designs.
Consult the official Fairview Microwave datasheet for direct substitute part numbers. Verify that any alternative VCO matches the 6.1 GHz to 7 GHz frequency range and 0 V to 11 V tuning voltage specifications. Ensure package compatibility and thermal characteristics align with the original design constraints.