Programmable Dc Power Supply Using Arduino

Atmel studio 6 2 or aurdino nightly.

Programmable dc power supply using arduino.

It is featured with 3 3 to 30v adjustable range and 0 5 to 3a current limiter with 0 5a steps. The circuit for variable voltage unit using arduino is shown in below diagram. This load can also be set to a constant resistance or a constant power. The arduino and lcd are powered by a low current rating voltage regulator ic like 7812.

The arduino uno clone atmega328p is connected with 2 interrupt based user input switch an elegant oled output display. The arduino uno has undergone many revisions and hence the arduino power supply circuit has evolved to an almost foolproof design. Glad to see you have arrived on this page to learn how to build a programmable constant direct current dummy load. It can withstand infinite.

It can be easily programmed erased and reprogrammed at any instant of the time. As an power input it s possible to use affordable toroidal transformer with dual secondary coils or two 48 v ac dc modules. Power module 2 is required per unit arduino shield for digital control. Using a xl6009 dc dc boost module first we make 15 6 volts from the li po.

With having different specification according to their use. The power supply is controlled by an arduino and a touchscreen tft screen is used to monitor and control it. This video show homemade power supply for laboratory experiment. Arduino uno power supply 5v 100uf capacitor 2 pieces button 2 pieces 1kω resistor 3 pieces 16 2 characters lcd 2n2222 transistor.

This dc voltage is regulated to our required level by using lm338k and controlled by using a potentiometer. Arduino programmable constant current power resistance dummy load. To run the mcu we also make a 5 volt using 7805 regulator. This load will allow you to draw a set current from any source.

The programmable bench power supply project was an attempt to create reliable modular open and programmable power supply that can be used for various tasks starting. It comes with a bunch of features you can check on the link below. Source of power is the 3 7 v li po battery which is usb rechargeable. In this project we will learn about the four different ways in which we can power up the arduino uno while making any arduino projects it is necessary to know these techniques since there are instances when flexibility with regards to the power supply is required.

There are many arduino boards available in the market like arduino uno arduino nano arduino mega arduino lily pad etc.