How To Make Adjustable Voltage Regulator Using 2N3055 | Transistor Voltage Controller circuit
Welcome to our latest DIY electronics tutorial! In this comprehensive guide, we'll walk you through the step-by-step process of constructing your own Adjustable Voltage Regulator utilizing the versatile 2N3055 Transistor. With our detailed instructions and clear demonstrations, you'll learn how to create a robust regulator capable of delivering a wide range of voltages, from 0 to a powerful 48 volts, with a substantial current capacity of up to 10 amps.
Simple voltage controller DIY, make adjustable voltage regulator using MOSFET. ( how to make adjustable voltage regulator using MOSFET )
This circuit can provide 100V, and 50A DC as maximum INPUT. It is adjustable from 0V to 100V DC. This is a very good circuit and you can apply a solar charge controller. But use a large heat sink. good luck to you.
Components used in this project:
1. Irfz44 mosfet x4
2. 47K potentiometer
3. 10A diode
4. 470-ohm resistor
5. 10K
How To Make Adjustable Voltage Regulator Using 2N3055 | Transistor Voltage Controller circuit
Welcome to our latest DIY electronics tutorial! In this comprehensive guide, we'll walk you through the step-by-step process of constructing your own Adjustable Voltage Regulator utilizing the versatile 2N3055 Transistor. With our detailed instructions and clear demonstrations, you'll learn how to create a robust regulator capable of delivering a wide range of voltages, from 0 to a powerful 48 volts, with a substantial current capacity of up to 10 amps.
Simple voltage controller DIY, make adjustable voltage regulator using MOSFET. ( how to make adjustable voltage regulator using MOSFET )
This circuit can provide 100V, and 50A DC as maximum INPUT. It is adjustable from 0V to 100V DC. This is a very good circuit and you can apply a solar charge controller. But use a large heat sink. good luck to you.
Components used in this project:
1. Irfz44 mosfet x4
2. 47K potentiometer
3. 10A diode
4. 470-ohm resistor
5. 10K
No comments:
Post a Comment