Battery charger circuit composed of ST6210
Source: InternetPublisher:武林萌主 Updated: 2019/08/17
Relevant key device information applied in this article:
UC3843
ST6210
L4962
When the battery is fast charged, inappropriate charging termination method may lead to shortened battery life. At present, environmentally friendly nickel-metal hydride batteries will gradually replace nickel-cadmium batteries, so there is a need for battery chargers that are compatible with nickel-cadmium and nickel-metal hydride batteries. In this case, the common charge monitoring methods that are suitable for nickel-cadmium batteries are no longer suitable for nickel-metal hydride batteries. The battery charging termination method is based on detecting the inflection point of the battery voltage curve. The detection of this inflection point not only makes the nickel-metal hydride battery and the nickel-cadmium battery charger compatible, but also extends the service life of the nickel-cadmium battery. Chargers with compatible performance can be controlled by an 8-bit microcontroller (MCU, such as ST's ST6210). ST6210 can achieve safe charging by combining three charging termination methods. The battery charger circuit composed of ST6210 is shown in the figure below
Latest Power Circuits Circuits
- Basic circuit description of adjustable voltage regulator LM317
- Basic connection circuit of signal and power supply composed of ISOll3
- Switching power supply circuit composition and function introduction of each part
- Miniature polarity reversal power supply using MAX1721
- Homemade low-power UPS
- 3~15V 10A adjustable voltage regulated power supply
- Design of electric vehicle charger
- MAX1811 Lithium Battery Charger Production
- A low-cost, high-reliability battery charger for electric vehicles
- MAX762 Solar Sealed Lead-Acid Battery Charger
Popular Circuits
- STR5412 power circuit
- DC 12V to AC 100V inverter power supply circuit design
- Portable device charging power circuit design
- EPSON PHOTO 830U printer power circuit
- Single phase thyristor slotless nickel plated power circuit
- Warm current power supply circuit b
- Household emergency power circuit
- Common power circuits and applications 09
- DC-DC conversion power supply circuit
- High quality power supply circuit schematic diagram