Power Supplied by a Complex Wave ⚡ Power Supplied by a Complex Wave Interactive demonstration of average power supplied by individual harmonics 1. Waveform Controls Fundamental Voltage V₁ (RMS) 230 V Fundamental Current I₁ (RMS) 5 A 3rd Harmonic V₃ (%) 15% 3rd Harmonic I₃ (%) 20% 5th Harmonic V₅ (%) 10% 5th Harmonic I₅ […]
Category: Electrical
RMS Value of Complex Wave
RMS Value of Complex Wave RMS Value of a Complex Waveform Select a waveform, adjust its amplitude and harmonic components, then calculate its RMS value. Select Waveform Pure Sine WaveSquare WaveTriangle WaveSawtooth WaveComplex Wave Fundamental Amplitude (V) Frequency (Hz) 3rd Harmonic Amplitude (V) 5th Harmonic Amplitude (V) 7th Harmonic Amplitude (V) Calculate RMS RMS Formula: […]
Generatial Equaltion of Complex Wave
Oscilloscope – Complex Wave Harmonics Complex Wave Generator & Oscilloscope Increase the harmonics and observe how the complex waveform and its equation change. DIGITAL OSCILLOSCOPE — CHANNEL 1 CH1: COMPLEX WAVE TIME/DIV: 1.0 ms VOLT/DIV: 1.0 V Fundamental Complex Wave Harmonic Amplitude Controls 1st Harmonic 1.00 2nd Harmonic 0.00 3rd Harmonic 0.00 4th Harmonic 0.00 […]
Analyzig Complex Waveform
Complex Waveform Harmonic Analyzer & Filter Complex Waveform → Harmonic Analyzer → Filter Build a distorted waveform, separate its harmonics, apply a filter, and observe the result. 1. Waveform Generator Fundamental Amplitude 1.00 3rd Harmonic 0.30 5th Harmonic 0.20 7th Harmonic 0.15 9th Harmonic 0.10 11th Harmonic 0.08 13th Harmonic 0.05 Fundamental Frequency 50 Hz […]
Effect of phase difference
Phase Difference Between Fundamental and Harmonics Phase Difference Between Fundamental & Harmonics Interactive demonstration of how harmonic magnitude and phase affect the resulting electrical waveform 1. Simulation Controls Harmonic Order 5th Harmonic Harmonic Magnitude 20% of fundamental Phase Difference 0° Filter / Mitigation 0% harmonic reduction 0° 45° 90° 120° 180° 270° 360° 2. Waveform […]