FMXC7002

Overview

The FMXC7002 is a phase-locked loop (PLL) RF oscillator manufactured by Fairview Microwave. It operates at a fundamental frequency of 2 GHz with an external reference input of 10 MHz. The device delivers a phase noise performance of -100 dBc/Hz. It is designed for general-purpose RF applications requiring stable high-frequency signal generation.

Feature Summary

• Utilizes phase-locked loop architecture for precise frequency synthesis
• Supports external reference input for enhanced synchronization capabilities
• Engineered to maintain low phase noise characteristics in RF environments

Applications

• General-purpose RF signal generation systems
• Communication equipment requiring stable 2 GHz carriers
• Test and measurement instrumentation

Procurement Notes

Verify the specific package configuration and pinout compatibility with your PCB layout before ordering. Confirm that the external reference input requirements align with your system's clock source specifications. Ensure thermal management solutions are adequate for the operating environment, as performance may vary with temperature fluctuations.

Selection Notes

Select this component when a fixed 2 GHz output is required with external reference control. Compare phase noise metrics against alternative oscillators if strict spectral purity is critical. Consider the physical footprint and mounting style to ensure integration feasibility within the target electronic assembly constraints.

Part Context

This oscillator belongs to Fairview Microwave's portfolio of RF components designed for high-frequency applications. It complements their range of cable assemblies and connectors by providing the active signal source necessary for complete RF system functionality. The part supports industrial and commercial radio frequency infrastructure projects.

Replacement Considerations

No public confirmed substitute part numbers are available in the provided documentation. Evaluate alternative 2 GHz PLL oscillators based on matching electrical parameters such as phase noise, reference frequency, and output power levels.