I share with you a very high quality battery charging circuit. The heart of the circuit is the integrated LM358 op amp. It makes the system work very precisely by making comparisons. It is one of the most stable circuits that can be made with a minimum of components.
Don't forget to subscribe if you haven't subscribed yet. thank you for watching
Benefits
1- high sensitivity
2- Fast and precise reaction time
3- Status information with LED (charging / Battery full)
4- Thanks to the relay, it is possible to consume up to 10 Amps.
5- It is possible to charge a 6 volt battery using a 5 volt relay.
Disadvantages
1-Instability problem in poor quality batteries (caused by sudden rise and fall of voltage)
2- Initial setup and calibration can be confusing for some people.
I share with you a very high quality battery charging circuit. The heart of the circuit is the integrated LM358 op amp. It makes the system work very precisely by making comparisons. It is one of the most stable circuits that can be made with a minimum of components.
Don't forget to subscribe if you haven't subscribed yet. thank you for watching
Benefits
1- high sensitivity
2- Fast and precise reaction time
3- Status information with LED (charging / Battery full)
4- Thanks to the relay, it is possible to consume up to 10 Amps.
5- It is possible to charge a 6 volt battery using a 5 volt relay.
Disadvantages
1-Instability problem in poor quality batteries (caused by sudden rise and fall of voltage)
2- Initial setup and calibration can be confusing for some people.
No comments:
Post a Comment