Most of the time we need to convert a 12volt dc to 48volt dc to charge a 48 volt battery bank from 12volt battery or even solar panel. So in this post we are going to learn how to make a 12v dc to 48volt dc converter or boost convert using timer IC-555 (readily available, cheap and always will be in production) using readily available parts from market.
This 12v to 48 volt converter circuit or boost converter is a DC to DC converter using the property of intuctor to oppose the rate of change of current through it. This transformerless electronic power supply circuit uses a timer IC-555 to operate in astable mode and this transformerless electronic power supply circuit have an output frequency of around 600Hz at 58% duty cycle.
This project is similar to 12v to 48 volt converter but have more stable and regulated output .
Component required:-
R1 - 4 kilo-ohms 1/4W
R2 - 10 kilo-ohms 1/4W resistor
R3 - 10 kilo-ohms 1/4W
R4 - 2.2 kilo-ohms 1/4W
R5 - 2.5 kilo-ohms 1/4W
R6 - 120 ohms 1W
C1 - 100nF
C2 - 100nF
C3 - 1000uF rated 50V or higher
C4 - 1000uF rated 16V or higher
D1 - 1N5401 or any diode rated 3A or higher
D2 - 1N4756A,1N5368B or 47V zener
D3 - 1N4740A, 1N5346B or any 8.2V to 9.1V zener
D4 - 1N4001 or similar
Q1 - IRF530 N-chanel MOSFET
Q2 - 2n3055
L1 - 40 turns #22AWG magnet wire in antenna rod
LED - 3mm to 5mm any color LED
555 IC
Circuit diagram:
12V DC TO 48V DC CONVERTER TO CHARGE A 48VOLT BATTERY BANK FROM 12 VOLT BATTERY OR SOLAR PANEL
This 12v to 48 volt converter circuit or boost converter is a DC to DC converter using the property of intuctor to oppose the rate of change of current through it. This transformerless electronic power supply circuit uses a timer IC-555 to operate in astable mode and this transformerless electronic power supply circuit have an output frequency of around 600Hz at 58% duty cycle.
This project is similar to 12v to 48 volt converter but have more stable and regulated output .
Component required:-
R1 - 4 kilo-ohms 1/4W
R2 - 10 kilo-ohms 1/4W resistor
R3 - 10 kilo-ohms 1/4W
R4 - 2.2 kilo-ohms 1/4W
R5 - 2.5 kilo-ohms 1/4W
R6 - 120 ohms 1W
C1 - 100nF
C2 - 100nF
C3 - 1000uF rated 50V or higher
C4 - 1000uF rated 16V or higher
D1 - 1N5401 or any diode rated 3A or higher
D2 - 1N4756A,1N5368B or 47V zener
D3 - 1N4740A, 1N5346B or any 8.2V to 9.1V zener
D4 - 1N4001 or similar
Q1 - IRF530 N-chanel MOSFET
Q2 - 2n3055
L1 - 40 turns #22AWG magnet wire in antenna rod
LED - 3mm to 5mm any color LED
555 IC
Circuit diagram:
12V DC TO 48V DC CONVERTER TO CHARGE A 48VOLT BATTERY BANK FROM 12 VOLT BATTERY OR SOLAR PANEL