VOLTAGE DOUBLER & TRIPLER CIRCUIT | AC to High-Voltage DC Conversion Experimental Apparatus

Description

The Voltage Doubler & Tripler Circuit Apparatus is a precision educational trainer designed to demonstrate the conversion of low AC voltage into higher DC voltage using diode-capacitor multiplier circuits. This apparatus enables practical study of half-wave and full-wave voltage multiplication, helping students understand the working principles of voltage doublers and triplers widely used in power electronics and electronic instrumentation.
Ideal for electronics laboratories, physics labs, engineering colleges, polytechnic institutes, and technical training centers.
✅ Key Features
⚡ Voltage Multiplier Circuit Demonstration
Demonstrates voltage doubler and voltage tripler circuits
Converts low AC input into higher DC output
Helps visualize voltage boosting without transformers
🔌 Built-In Regulated Power Supply
Low-voltage AC supply provided internally
Stable and safe operation for student experiments
Clearly marked input and output terminals
🔄 Diode–Capacitor Network
High-quality diodes and capacitors mounted on panel
Enables study of charging and discharging cycles
Demonstrates rectification and voltage multiplication
📊 Accurate Measurement Arrangement
Provision for voltmeter connection to measure output voltage
Easy comparison between input and multiplied output
Enables verification of theoretical and practical values
🧱 Educational Panel Design
Printed circuit diagram on front panel
Clearly labeled components and test points
Compact, rugged enclosure for repeated laboratory use
🛡 Safety & Reliability
Low-voltage, student-safe operation
Short-circuit and overload protection
Durable components ensure long service life
📘 Typical Applications
Study of voltage multiplier circuits
Power electronics laboratory experiments
Understanding rectification and filtering
Physics and electronics practical training
Engineering and diploma laboratory courses
💡 Why Choose This Apparatus?
Clear understanding of voltage multiplication principles
Hands-on learning of diode-capacitor circuits
Accurate and repeatable experimental results
Essential apparatus for basic power electronics education