Duplicate battery protection is required for equipment using lithium-ion secondary batteries, which calls for higher precision for low consumption currents and voltage detection in the protection IC being used. <MM3563> is the 2nd protection IC for the 3-cell lithium-ion secondary battery, which provides high-precision overcharging detection for the CMOS process.

 The consumption current has been limited to 1.5μA typ. under ordinary conditions, and now includes a standby function (consumption current of 0.15μA typ.) to further limit consumption current when the battery voltage is low.
 The use of a compact package (SSON-6A) results in an even more space efficient mounting area.

1.	Ultra-low consumption current: Ordinary conditions: 1.5μA typ. During standby: 0.15μA typ.
2.	Overcharge detection voltage accurate to ±20 mV (Ta:25°C)
3.	Compact package (SSON-6A, 1.80×2.00×0.75 mm)

Consumption current (typ.)	1.5μA (Vcell = 4.0 V)
Standby consumption current (typ.)	0.15μA (Vcell = 2.3 V)
Overcharge detection voltage (typ.)	±20 mV 4.0 to 4.5 V (in 5 mV increments)
Hysteresis voltage (typ.)	±30% (detection voltage -50 to -500 mV)
Overcharge detection delay time (typ.)	Select from ±30% (1 ms x 2n1) + (1 ms x 2n2) (*two arbitrary integers between 0 and 13 can be selected for n1 and n2.Note that n1≠n2)
Package	SSON-6A (1.80 x 2.00 x0.75) SOT-26A (2.90 x 1.80 x1.10) unit:mm