These graphs and equations represent the battery-protection circuit's operation, including the overall design (a), the temperature sensor circuitry (b), the differential-voltage-to-voltage converter (c), and the voltage-to-high-current converter (d)
| Authors | Joseph Diecidue |
| Main Document | Article ««Intelligent» NiCd Charger Avoids Battery Damage From High Currents» |
| Description | Figure 1 |
| File Format / Size | PDF / 35 Kb |
| Document Language | English |
Other Materials from the Main Document
- Article ««Intelligent» NiCd Charger Avoids Battery Damage From High Currents»
- Figure 1. These graphs and equations represent the battery-protection circuit's operation, including the overall design (a), the temperature sensor circuitry (b), the differential-voltage-to-voltage converter (c), and the voltage-to-high-current converter (d)
- Figure 2. The voltage outputs of the temperature-sensing diodes are applied to a standard difference amplifier, which in turn outputs the difference voltage that will vary from -20 V to 0 V as the difference temperature rises from 0°C to 10 °C
