Key features and benefits Power supply: +5 V DC Output interface: SMA female connector for reliable RF connections Output frequencies: F0 = F1 from 2.5 kHz to 200 MHz PLL architecture: F2 and F1 share a phaselocked loop Configurability: frequency division ratio is configurable for flexible frequency planning Why you need this product Flexible RF source: Wide output frequency range supports a variety of test and development needs from low to RF bands. Precise synthesis: PLLbased design with configurable division ratio enables stable, repeatable frequency generation tailored to your test setup. Easy integration: Standard SMA female output ensures compatibility with common RF test gear and cabling. 23 practical use scenarios RF receiver testing and calibration: Generate test tones across 2.5 kHz to 200 MHz to verify receiver response, gain, and bandwidth. RF circuit prototyping: Use as a local oscillator or reference signal when developing mixers, amplifiers, or downconverter stages, with adjustable division for precise frequency planning. Educational demonstrations: Demonstrate PLL operation and frequency division concepts in teaching labs, showing how division ratios affect output frequency. Compatibility, performance, and practicality Simple singlesupply operation with a widely used +5 V source Standard SMA female output ensures broad compatibility with measurement instruments and field test setups PLLbased frequency control provides stable, configurable output suitable for bench experiments and development work Note: This description preserves the original specifications: power supply +5 V, SMA female output, output frequencies F0 and F1 in the range 2.5 kHz to 200 MHz, F2 and F1 sharing a phaselocked loop, and a configurable frequency division ratio.