TRIANGLE SQUARE WAVE OUTPUTS: Generate Sine, Triangle, and Square waves from 1 Hz to 1 MHz for a wide range of applications from signal generation to circuit testing. AMPLITUDE ADJUSTMENT: Output amplitude can be adjusted from 0 to 3 V using a 9 V DC input for different projects and load conditions. FIDELITY WAVEFORMS: Delivers low distortion, less than 1% at frequencies up to 1 kHz, ensuring accurate waveform reproduction for reliable testing and measurement. EFFICIENT DIGITAL SIGNALS: Fast square wave switching with rise times below 50 ns for improved performance in digital environments and timingcritical tests. Benefits at a glance: Versatile signal options (sine, triangle, square) for multiple test needs. Adjustable amplitude for compatibility with various circuits and devices. Clean waveforms with low distortion for accurate measurements. Fast edge transitions suitable for digital and speed applications. Practical use scenarios: Electronics lab bench tests: create reference signals for circuit characterization, filter testing, and oscilloscope calibration. Microcontroller and digital logic experiments: supply clean, fast square waves to evaluate timing, edge rates, and timingsensitive circuits. Analog and mixedsignal testing: use sine or triangle waves to analyze responses of amplifiers, ADCs/DACs, and modulation schemes. Key specifications retained: Wave types: Sine, Triangle, Square Frequency range: 1 Hz to 1 MHz Output amplitude: 0 to 3 V (with 9 V DC input) Distortion: 1% at frequencies up to 1 kHz Square wave rise time: 50 ns