From 3.7V to 65V: Powerful DIY DC Voltage Booster Making full video

Assalam Alaikum Friends
This voltage booster circuit is a perfect example of how basic electronic components can be used to achieve high voltage from a low-voltage source. It’s an excellent project for beginners and electronics enthusiasts who want to explore the principles of power electronics.

By using simple components like transistors, an inductor, resistors, and a capacitor, this design offers a practical solution for boosting voltage for various applications. Whether you are working on DIY electronics or learning about circuit design, this project provides hands-on experience and a deep understanding of voltage-boosting techniques.

How This Voltage Booster Works:

1. Inductor (19 Turns): The core of the circuit is a homemade inductor wound with 19 turns of insulated copper wire. It stores energy in its magnetic field and releases it to boost the voltage.


2. TIP41C & TIP42C Transistors: These transistors are configured in a push-pull arrangement, enabling the efficient transfer of energy to the inductor.


3. 3300uF Capacitor: The capacitor filters the boosted voltage and ensures the output is stable and smooth.


4. 220 Ohm Resistors: These resistors control the current flow and protect the transistors.



Input and Output Specifications:

Input Voltage: 3-7 volts DC

Output Voltage: Approximately 50 volts DC

Purpose: Ideal for powering high-voltage applications using a low-voltage source like a battery.


Step-by-Step Build Guide:

1. Wind 19 turns of insulated copper wire on a ferrite core to make the inductor.


2. Connect the TIP41C (NPN) and TIP42C (PNP) transistors to form a push-pull configuration.


3. Use a breadboard or PCB for assembling the circuit components, ensuring proper connections as per the circuit diagram.


4. Attach a 3300uF capacitor at the output for voltage stability.


5. Power the circuit with a 3-7V DC source and measure the boosted output with a multimeter.



Applications:

DIY projects requiring higher voltage from small batteries.

Learning and experimenting with inductive voltage boost techniques.

Powering small electronic devices that need a higher voltage supply.


Call to Action:

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Feel free to ask questions or share your thoughts in the comments section. We’d love to know how you’re using this circuit or if you’ve made any modifications. Your feedback helps us bring more valuable content!

Stay tuned for more tutorials, electronics projects, and tips.


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