Скачать или смотреть Full Wave Rectification | AC to DC Conversion using Diodes, Capacitor and Resistor Circuit

This video demonstrates the working of a Full Wave Rectifier circuit, which is used to convert Alternating Current (AC) into Direct Current (DC).

🔹 How it works:

1. AC Input (40 Hz): The circuit receives an alternating voltage input.


2. Diodes Arrangement: The diodes are connected in a bridge configuration, allowing current to flow during both positive and negative half cycles.


3. Rectification: Instead of discarding half of the wave (like a half-wave rectifier), this method flips the negative half into positive, resulting in pulsating DC.


4. Filtering (Capacitor 102 µF): A capacitor is connected across the output to smooth the ripples in the pulsating DC signal.


5. Load Resistor (500Ω): The resistor represents the load, across which the DC output is measured.



🔹 Waveforms Shown:

Orange Curve (AC): The input alternating voltage waveform.

Blue Curve (DC): The rectified and filtered DC waveform after passing through the circuit.


✨ Why Full Wave Rectification?

Provides higher average output voltage compared to half-wave.

More efficient and reliable for powering DC devices.

Widely used in power supplies, adapters, and electronic circuits.



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