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MM3199 Datasheet Protection For Lithium-ion/lithium Polymer Batteries

Manufacturer: Mitsumi Electronics

Overview: MITSUMI Protection for Lithium-Ion/Lithium Polymer Batteries (1 cell) MM3099/MM3199 Series Protection for Lithium-Ion/Lithium Polymer Batteries (1 cell) Monolithic IC MM3099/MM3199 Series April 26, 2004 Outline This is a protection IC developed for use with 1-serial cell lithium-ion/lithium polymer rechargeable batteries. It provides a function to protect the batteries by detecting overcharge, overdischarge, discharge overcurrent, and other abnormalities and turning off the external Nch MOS FET. The outputs of COUT pin (charge FET control pin) and DOUT pin (discharge FET control pin) are CMOS outputs, so that the external Nch MOS FET can be driven directly. A charge overcurrent detection function is provided for abnormal charge detection. In addition, the IC has a built-in timer circuit(for each detection delay time), so that the protection circuitry can be prised with fewer external ponents. Furthermore, by setting the DS pin at VDD level, overcharge, overdischarge, discharge overcurrent can be detected, and the delay time during release can be shortened.

This datasheet includes multiple variants, all published together in a single manufacturer document.

Datasheet Details

Part number MM3199
Manufacturer Mitsumi Electronics
File Size 87.53 KB
Description Protection for Lithium-Ion/Lithium Polymer Batteries
Datasheet MM3199 MM3099 Datasheet (PDF)

Key Features

  • 1. Uses high voltage CMOS process Absolute maximum rating for charger connection 32V 2. Detection voltage precision Overcharge detection voltage ±20mV (Ta=25°C), ±25mV (Ta=-5~60°C) Overdischarge detection voltage ±35mV (Ta=25°C), ±58mV (Ta=-5~60°C) Discharge overcurrent detection voltage ±10mV (Ta=25°C), ±15mV (Ta=-5~60°C) 3. Built-in detection delay time (timer circuit) Overcharge detection delay time 0.25 ~ 7.0s (mask option) Overdischarge detection delay time 0.25 ~ 7.0s (mask opti.

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