Single Transistor Lead-Acid Battery Charger
Budget: $10 – $30 CAD
I need a single transistor battery charger circuit designed specifically for a lead-acid battery. This circuit should incorporate an auto cut-off feature to prevent overcharging. The essential requirement is for the charger to only activate when the battery needs charging.
Key Specifications:
- Maximum Charging Current: 2 Amperes
- Usage Location: Indoor
- Input Voltage: 13.5v from the charger.
- Cut-Off Voltage: 13.8 v
- LED Indicators: to to determine the states(charging, not charging)
- Battery Voltage: lead-acid battery (12V).
Ideal skills for this project include circuit design, electronics engineering, and experience with lead-acid batteries and chargers.
Key Specifications:
- Maximum Charging Current: 2 Amperes
- Usage Location: Indoor
- Input Voltage: 13.5v from the charger.
- Cut-Off Voltage: 13.8 v
- LED Indicators: to to determine the states(charging, not charging)
- Battery Voltage: lead-acid battery (12V).
Ideal skills for this project include circuit design, electronics engineering, and experience with lead-acid batteries and chargers.