| Part Number | MM1292 |
| Manufacturer | MITSUMI |
| Title | Protection of Lithium Ion Batteries (two cells in series) |
| Description | Pin No. Pin Output Function Output pin for control of the charging control FET. When voltage detected between VH-VL or VL-GND goes over overcharge... |
| Features |
1. Current consumption (during overcharging) 2. Current consumption (normal) 3. Current consumption (during excess discharging) 4. Current consumption (during excess discharging) 5. Overcharge detection voltage (Ta=-20°C~+70°C) 6. Hysteresis voltage 7. Excess discharge detection voltage 8. Discharge... |
| Datasheet | MM1292 pdf datasheet |
| Part Number | MM1294 |
| Manufacturer | MITSUMI |
| Title | Protection of Lithium Ion Batteries (four cells in series) |
| Description | Pin no. Pin name Input/ output Output Function Overcharge detection output pin NPN transistor open collector output; normally high impedance, goes. |
| Features |
1. Current consumption (overcharging) VCELL > VCELLU 170µA typ. 2. Current consumption (normal operation) VCELL < VALM 35µA typ. 3. Current consumption (overdischarge) VCELL < VCELLS 0.1µA max. 4. Overcharge detection voltage (-20 to +70°C) VCELL : L H 4.25V±50mV/CELL 5. Overcharge hystereis voltage. |
| Datasheet | MM1294 pdf datasheet |
| Part Number | MM1292L |
| Manufacturer | MITSUMI |
| Title | Protection of Lithium Ion Batteries (two cells in series) |
| Description | Pin No. Pin Output Function Output pin for control of the charging control FET. When voltage detected between VH-VL or VL-GND goes over overcharge. |
| Features |
1. Current consumption (during overcharging) 2. Current consumption (normal) 3. Current consumption (during excess discharging) 4. Current consumption (during excess discharging) 5. Overcharge detection voltage (Ta=-20°C~+70°C) 6. Hysteresis voltage 7. Excess discharge detection voltage 8. Discharge. |
| Datasheet | MM1292L pdf datasheet |
| Part Number | MM1292K |
| Manufacturer | MITSUMI |
| Title | Protection of Lithium Ion Batteries (two cells in series) |
| Description | Pin No. Pin Output Function Output pin for control of the charging control FET. When voltage detected between VH-VL or VL-GND goes over overcharge. |
| Features |
1. Current consumption (during overcharging) 2. Current consumption (normal) 3. Current consumption (during excess discharging) 4. Current consumption (during excess discharging) 5. Overcharge detection voltage (Ta=-20°C~+70°C) 6. Hysteresis voltage 7. Excess discharge detection voltage 8. Discharge. |
| Datasheet | MM1292K pdf datasheet |
| Part Number | MM1292J |
| Manufacturer | MITSUMI |
| Title | Protection of Lithium Ion Batteries (two cells in series) |
| Description | Pin No. Pin Output Function Output pin for control of the charging control FET. When voltage detected between VH-VL or VL-GND goes over overcharge. |
| Features |
1. Current consumption (during overcharging) 2. Current consumption (normal) 3. Current consumption (during excess discharging) 4. Current consumption (during excess discharging) 5. Overcharge detection voltage (Ta=-20°C~+70°C) 6. Hysteresis voltage 7. Excess discharge detection voltage 8. Discharge. |
| Datasheet | MM1292J pdf datasheet |
| Part Number | MM1292H |
| Manufacturer | MITSUMI |
| Title | Protection of Lithium Ion Batteries (two cells in series) |
| Description | Pin No. Pin Output Function Output pin for control of the charging control FET. When voltage detected between VH-VL or VL-GND goes over overcharge. |
| Features |
1. Current consumption (during overcharging) 2. Current consumption (normal) 3. Current consumption (during excess discharging) 4. Current consumption (during excess discharging) 5. Overcharge detection voltage (Ta=-20°C~+70°C) 6. Hysteresis voltage 7. Excess discharge detection voltage 8. Discharge. |
| Datasheet | MM1292H pdf datasheet |
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