Function/Signal Generator — clear, precise waveform output for testing and education Key benefits Multiple waveform types: Generate square, sine and triangle waves to cover common test and teaching needs without switching instruments. Precise amplitude control: Independent amplitude adjustment lets you set sine and triangle outputs from 0 to 3 V and square outputs up to 8 V, so you can match signal levels to your circuit or DUT. Wide frequency coverage: Produce stable signals from 1 Hz to 1 MHz to handle low-frequency functional checks and higher-frequency component tests with a single device. Low distortion performance: Sine and triangle outputs deliver distortion under 1% at 1 kHz, providing accurate, repeatable signals for measurement and comparison. Versatile and time-saving: One compact generator replaces multiple signal sources, simplifying setup and speeding troubleshooting and lab work. Key specifications Output waveforms: square, sine, triangle Amplitude range: 0–3 V (sine, triangle), up to 8 V (square) Frequency range: 1 Hz to 1 MHz Total harmonic distortion: < 1% at 1 kHz (sine and triangle) Why customers choose this generator Solves the problem of inconsistent or unsuitable stimulus signals by providing adjustable amplitude and multiple waveform shapes in one unit. Reduces equipment needs and bench clutter while delivering the accuracy required for development, testing, and teaching. Low distortion and wide frequency range ensure the generator supports both qualitative checks and quantitative measurements. Typical use scenarios Electronics lab testing: Stimulate amplifiers, filters, and ADC inputs to verify frequency response and signal chain behavior across 1 Hz–1 MHz. Circuit debugging and prototyping: Inject square, sine, or triangle signals at controlled amplitudes to find faults, tune circuits, or verify thresholds. Education and training: Demonstrate waveform properties, frequency response, and distortion effects in classroom or workshop settings. Compatibility and operation Designed to integrate into standard electronics test setups; use with oscilloscopes, multimeters, and breadboard or PCB test points. Amplitude and waveform selection make it suitable for a broad range of components and modules without extra adapters or converters. Reliable performance for testing and learning without unnecessary complexity.