How to Make a High Performance Battery Charger Circuit (Used LM358 Opamp) [NEW]

How to Make a High Performance Battery Charger Circuit (Used LM358 Opamp) [NEW]
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Hello, I am sharing a very high quality battery charging circuit with you. The heart of the circuit is the LM358 opamp integrated. It makes the system work very precisely by making comparisons.It is one of the most stable circuits that can be made using minimum components.
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Advantages
1- high sensitivity
2- Fast and precise reaction time
3- Informing about the status with LED (charging / Battery Full)
4- Thanks to the relay, it is possible to draw up to 10 Amps.
5- It is possible to charge a 6 volt battery using a 5 Volt Relay.

Disadvantages
1-Instability problem in low quality batteries (caused by the sudden rise and fall of the voltage)
2- Initial setup and calibration can be confusing for some people.

Circuit Diagram__________________:
👉 https://drive.google.com/file/d/1MSh3...

Download Gerber File__________________:
👉 https://drive.google.com/file/d/1LA-1...

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MATERIALS____________________________________________:
1X LM358
1X 12V or 6 V Relay
1X BC547
2X 1N4007
1X 6A10 Diode
1X 3 V Zener
1X 10k Multi-Trimpot
3X 10K Resistance
2X 1K Resistance
2X Led ( Red Light / Green Light ) Don't worry we won't play squid game just for indication 😁🤣🤣


#Jlcpcb
#LM358
#12VBatteryCharger

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