Features and specifications Power supply: +5V DC Output interface: SMA female connector Output frequencies: F0 = F1 = 2.5K to 200 MHz PLL arrangement: F2 and F1 share a phaselocked loop Frequency control: the frequency division ratio can be configured Why this matters Wide tunable range: The device supports a broad frequency span from 2.5K to 200 MHz, enabling flexible testing and signal generation across common RF bands. PLL based frequency synthesis: By sharing a phaselocked loop between F2 and F1 and allowing a configurable division ratio, the unit provides precise and repeatable frequency outputs suitable for disciplined signal generation. Standard RF interface: The SMA female connector ensures compatibility with common RF test equipment and measurement setups. Notes on size, material, and compatibility Size and material information are not provided in the specification. The device is designed for use with standard SMA female interfaces and a +5V supply as specified. Use scenarios Laboratory RF signal generation: Set F0 and F1 within the 2.5K to 200 MHz range to test receivers, mixers, and RF frontend components, or to mimic realworld signal environments in a controlled bench setup. Communications test and debugging: Use as a local oscillator or test signal source in RF communication chains, enabling precise frequency references and signal integrity checks. PLLbased experimentation: Leverage the configurable division ratio and the shared PLL between F2 and F1 to explore multichannel frequency synthesis, frequency stepping, and PLL behavior in experimental setups. This product delivers a straightforward, reliable signal source with a clear frequency range and a PLLbased architecture, suitable for standard RF testing, measurement, and experimentation tasks.