Clock Signal Generator 2.5K200MHz with STM32 TFT Display for RF DIY Projects

Clock Signal Generator 2.5K200MHz with STM32 TFT Display for RF DIY Projects Description

Product overview A frequencyoutput module that delivers F0 = F1 over the range 2.5 kHz to 200 MHz. F2 and F1 share a phaselocked loop (PLL) with a configurable frequencydivision ratio, allowing synchronized outputs with selectable division. The output interface is an SMA female connector. The device operates from a +5 V supply. Key benefits Precise synchronized outputs: F2 and F1 share a PLL, enabling stable phase relationship and coherent frequency generation when division ratios are set. Wide usable frequency range: Singlechannel outputs F0 and F1 cover 2.5 kHz to 200 MHz, supporting many RF and timing applications without additional conversion hardware. Simple integration: Standard SMA female output ensures compatibility with common coaxial cables, test instruments, and RF front ends. Low system overhead: Runs from a single +5 V supply for straightforward power integration into bench equipment, embedded systems, or development platforms. What this product solves Eliminates the need for separate phase alignment hardware by providing locked outputs through a shared PLL. Reduces boardlevel complexity when you need both a wide frequency range and synchronized outputs in the same module. Simplifies connection to measurement equipment and RF chains with a standard SMA interface. Important attributes Function: Frequency output module with synchronized outputs and configurable division between F1 and F2 via PLL. Performance: Output frequency F0 = F1 from 2.5 kHz to 200 MHz; F2 shares PLL with F1 and supports configurable division ratios. Compatibility: SMA female connector compatible with standard 50ohm RF cabling and test equipment. Power: Operates from a +5 V supply. Typical use scenarios RF test and development: Provide a stable, widerange frequency source for component or subsystem testing where synchronized channels and standard SMA connectivity are required. Digital clocking and prototyping: Supply a locked clock source across multiple channels for timing experiments, FPGA development, or system prototyping. Lab education and PLL experiments: Demonstrate PLL behavior and frequency division concepts by configuring the division ratio between F1 and F2 while observing phase relationships. Technical specifications (concise) Output frequency: F0 = F1 = 2.5 kHz to 200 MHz PLL relationship: F2 and F1 share a phaselocked loop; frequency division ratio configurable Output connector: SMA female Power supply: +5 V Ordering and integration notes Use standard SMAtocoax cables for connection to analyzers, oscilloscopes, or RF equipment. Provide a regulated +5 V supply per module requirements. Check system grounding and shielding practices for measurement results.