Interfacing MC34063-3.6V Buck Regulator in proteus simulation

Proteus simulation

Interfacing MC34063-3.6V Buck Regulator in proteus simulation

In this article we will learn how to Interface MC34063-3.6V Buck regulator in proteus.
In the last post we will learn how to Interface LM2595 switching 1A 3V regulator in proteus simulation. You can visit our website,
I hope you appreciate my work, let’s discuss about today’s project.

Components which we use in this project are listed below:

  1. Regulator (MC34063)
  2. Diod (5819)
  3. Capacitor (10uf)
  4. Resistors (0.1, 2.2k, 1.2k, 3.6)
  5. Switch terminal
  6. Capacitor (220uf)
  7. Inductor (220uH)
  8. Capacitor (150pf)
  9. Jumper wires

Diagram of this project is below:

Interfacing MC34063-3.6V Buck Regulator in proteus simulation
Interfacing MC34063-3.6V Buck Regulator in proteus simulation

Construction of MC34063-3.6V Buck Regulator in proteus simulation

  • Connect +ve side of diod with 12v battery
  • Connect –ve side of diod with one side of resistor 0.1
  • Connect pin (1, 8, 7) of regulator with the other side of resistor 0.1
  • Connect pin 6 of regulator with the one side of capacitor 10uf and then connect them with the junction of resistor and diod
  • Connect 2nd side of capacitor with the GND
  • Connect pin 3 of regulator with the one side of capacitor 150pf
  • Connect 2nd side of capacitor with the GND
  • Connect pin 4 of regulator with the GND
  • Connect pin 2 of regulator with one side of inductor through one side of 2nd diod
  • Connect 2nd side of 2nd diod with the GND
  • Connect 2nd side of inductor with one side of resistor 3.6 through the one side of capacitor 220uf and resistor 2.2k
  • Connect 2nd side of 3.6R with the one terminal of switch terminal
  • Connect 2nd pin of terminal with the GND
  • Connect 2nd side of capacitor with the GND
  • Connect 2nd side of 2.2k Resistor with the one side of 1.2k resistor
  • Connect 2nd side of 1.2k resistor with GND
  • Connect pin 5 of regulator with the junction of 1.2k & 2.2k resistors

Working of MC34063-3.6V Buck Regulator in proteus simulation

The MC34063 is a popular voltage regulator IC (integrated circuit) that can be configured as a buck regulator to step down voltage from a higher input voltage to a lower output voltage, such as 3.6V in your case. It is commonly used in various power supply and voltage regulation applications

Applications of MC34063-3.6V Buck Regulator in proteus simulation

  1. Battery-Powered Devices
  2. LED Lighting
  3. Solar-Powered Devices
  4. Battery Charging
  5. Voltage Level Shifting

Advantages of MC34063-3.6V Buck Regulator in proteus simulation

  1. Versatility
  2. Cost-Effective
  3. Efficiency
  4. Compact Size
  5. Ease of Use