Key benefits Precise clock signal generation with a wide adjustable frequency range from 2.5 kHz to 200 MHz Flexible timing solution that covers a broad set of applications without changing hardware Compact module design that simplifies integration into boards and enclosures Consistent performance in typical operating conditions, aiding reliable timing across systems Core function and design Function: SI5351A module provides advanced frequency control for clock generation Compatibility: designed for SI5351A based configurations and common development workflows Size: compact module suitable for compact boards and spaceconstrained projects Material: built on a durable PCBbased module for reliable installation Performance: wide tuning range supports diverse timing needs with straightforward setup What makes it stand out Wide frequency capability in a single module reduces the need for multiple clock solutions Clear, predictable performance that supports stable timing for digital and RF applications Easy integration with standard development tools and platforms associated with SI5351A 23 practical use scenarios RF transceiver development and testing: provides a stable reference clock across different operating bands for accurate modulation, demodulation, and calibration Microcontroller and FPGA timing: supplies tunable clocks for peripherals, timing loops, and synchronization without multiple clock generators Lab signal generation and equipment evaluation: serves as a versatile clock source for characterizing receivers, mixers, and digital frontends in a controlled test setup Notes Frequency range from 2.5 kHz to 200 MHz covers low to frequency timing needs Suitable for use in projects that require a precise, adjustable clock without adding complexity to the design