Advanced DDS signal generator module — precise, programmable waveform output for professional testing and measurement Key benefits Precise frequency control: Choose between two clock options for high-resolution output — 25 MHz clock with 0.1 Hz resolution or 1 MHz clock with 0.004 Hz precision. Ideal when accurate frequencies matter for calibration and validation. Flexible, software-programmable output: Frequency and phase are easily adjusted by software programming so you can automate tests and reproduce exact conditions. Simultaneous multi-waveform capability: Generate sine, triangle, and square waveforms at the same time to simplify multi-signal test setups and reduce the need for multiple generators. Wide frequency range for versatile testing: Output frequencies from 0 to 12.5 MHz support a broad set of measurement and signal-conditioning tasks. Professional use cases: Designed for measurement, time-domain response analysis, motion detection, medical device testing, and industrial test systems. What it does and why it helps Produces stable, repeatable waveforms for development, bench testing, and system calibration. Software control of frequency and phase lets you create precise test sequences, perform automated sweeps, and quickly iterate on designs. Simultaneous sine, triangle, and square outputs let you test different signal responses without swapping hardware, saving time and reducing setup complexity. Important attributes Function: Direct digital synthesis (DDS) signal generation with software-programmable frequency and phase control. Waveforms: Sine, triangle, and square available simultaneously. Performance: Clock options 25 MHz (0.1 Hz resolution) or 1 MHz (0.004 Hz precision); output 0–12.5 MHz. Intended use: Professional measurement and testing environments where accuracy and repeatability are required. Practical applications (examples) Fluid dynamics and flow sensors: Drive and calibrate liquid or gas flow measurement systems with precise waveforms to verify sensor linearity and response time. Medical device testing: Provide repeatable, accurate test signals for physiological monitoring equipment or signal-processing validation. Motion detection and time-domain analysis: Generate controlled reference signals for motion-sensor calibration, impulse response testing, and timing verification. This module delivers the precision, programmability, and simultaneous waveform output needed for demanding laboratory and industrial testing without unnecessary complexity.