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MM1491 Datasheet - MITSUMI

MM1491 - Protection of Lithium Ion Battery

PIN No. PIN Name TERMINAL EXPLANATIONS Overcurrent detection input pin. Detects discharge current by connection to charging control 1 VM FET source pin. Discharge current = (voltage between VM and GND) / (FET 2 ON resistance) 2 VCC The positive source pin of this IC and connecting the positi.

MITSUMI Protection of Lithium Ion Battery (one cell) MM1491 Protection of Lithium Ion Battery (one cell) Monolithic IC MM1491 Outline This IC is a smaller, higher precision type of lithium ion battery protection IC as compared to the MM1301 series, and precision of ±25mV is guaranteed at 0°C ~ 50°C. MM1301 had both VCC and VIN pins, but MM1491 has only the VCC pin. 1-Cell Protection ICs Temperature conditions A:Ta=-25 ~ 75°C, B:Ta=-20 ~ 70°C, C:Ta=0 ~ 50°C, D:Ta=0 ~ 40°C, E:Ta=-20 ~ 25°C .

MM1491 Features

* a 1. Overcharge detection voltage Ta = 0 ~ +50°C h 2. Overcharge detection dead time CTD = 0.01µF P 3. Consumption current (normal mode VCEL = 3.6V) VCEL ± 25mV 100 ms 10µA typ. 4. Consumption current (overdischarge mode VCEL = 1.9V) 0.05µA typ. 5. Overcurrent detection reset conditions Loa

MM1491-MITSUMI.pdf

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Datasheet Details

Part number:

MM1491

Manufacturer:

MITSUMI

File Size:

354.58 KB

Description:

Protection of lithium ion battery.

MM1491 Distributor

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MM1491 Protection Lithium Ion Battery MITSUMI