Simple Voltage Regulator & Voltage Booster circuit (2 in 1) step up & step down converter
Make DIY Boost converter 3.7v to 12v, Step up voltage adjustable converter.
(3.7v to 12v inverter)
This is a very good simple Boost converter circuit and you can apply an LED tester circuit. Good luck to you. Simple electronics projects.
Inductor: 2.5 cm diameter ferrite rod
Components used in this project:-
1.Irfz44n or Irf305 MOSFET
2. 220 Ohm/2w Resistor
3. 2200uf/35V Capacitor
4. Inductor
5. 2A Diode
6. 10K Potentiometer
This 1500W DC Boost Converter is fully explained and tested. Tested with all standard voltages of 3.3V, 5V, 12V, 15V, 24V, 26V, 50V, 60V and 90V with all possible input/output voltages and currents. Power of 1.5kW tested. Input output voltage shown. Thermal images used to show the hottest spots. Ripple voltage of the output is also measured.
Today we are going to look at the somewhat mundane but absolutely essential subject of supplying power for your electronic projects. Trust me, this stuff is important!
Electronic devices typically require either 5 or 3.3 volts, sometimes both. Other common voltage requirements include 6 and 12 volts for motors and displays. Some complex designs (ie. a robot) require several different supplies with different current capabilities.
When you build your latest robot or IoT device you’ll need to consider how you’ll supply these voltages in the real world. On the workbench you can use a bench power supply if you have one, a USB adapter, or even the USB port on a computer (just like with the Arduino).
But when your creation needs to exist on its own with a line-powered or battery power supply you’ll need to figure out how to get all of those voltages delivered to your components, preferably easily and inexpensively.
I have nine, yes nine methods of doing exactly that. Today I’ll show you a number of different voltage regulators and converters ranging from the classic 7805 3-pin voltage regulator to a tiny device that can supply a steady 5 volts even when your battery is about to die.
Check out the following Table of Contents to skip ahead to the power supply solution of your choice. Or just sit back and enjoy the show.
Simple Voltage Regulator & Voltage Booster circuit (2 in 1) step up & step down converter
Make DIY Boost converter 3.7v to 12v, Step up voltage adjustable converter.
(3.7v to 12v inverter)
This is a very good simple Boost converter circuit and you can apply an LED tester circuit. Good luck to you. Simple electronics projects.
Inductor: 2.5 cm diameter ferrite rod
Components used in this project:-
1.Irfz44n or Irf305 MOSFET
2. 220 Ohm/2w Resistor
3. 2200uf/35V Capacitor
4. Inductor
5. 2A Diode
6. 10K Potentiometer
This 1500W DC Boost Converter is fully explained and tested. Tested with all standard voltages of 3.3V, 5V, 12V, 15V, 24V, 26V, 50V, 60V and 90V with all possible input/output voltages and currents. Power of 1.5kW tested. Input output voltage shown. Thermal images used to show the hottest spots. Ripple voltage of the output is also measured.
Today we are going to look at the somewhat mundane but absolutely essential subject of supplying power for your electronic projects. Trust me, this stuff is important!
Electronic devices typically require either 5 or 3.3 volts, sometimes both. Other common voltage requirements include 6 and 12 volts for motors and displays. Some complex designs (ie. a robot) require several different supplies with different current capabilities.
When you build your latest robot or IoT device you’ll need to consider how you’ll supply these voltages in the real world. On the workbench you can use a bench power supply if you have one, a USB adapter, or even the USB port on a computer (just like with the Arduino).
But when your creation needs to exist on its own with a line-powered or battery power supply you’ll need to figure out how to get all of those voltages delivered to your components, preferably easily and inexpensively.
I have nine, yes nine methods of doing exactly that. Today I’ll show you a number of different voltage regulators and converters ranging from the classic 7805 3-pin voltage regulator to a tiny device that can supply a steady 5 volts even when your battery is about to die.
Check out the following Table of Contents to skip ahead to the power supply solution of your choice. Or just sit back and enjoy the show.
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