
TE
CH
tm
ABSOLUTE MAXIMUM RATINGS 
(Vss=0V) 
Symbol 
Item 
VDD 
Supply voltage 
V- 
Input voltage 
Vcout 
Output voltage 
                                                                      T63H0006B
TM Technology Inc. reserves the right
P. 3                                    
Publication Date: JUN. 2004 
to change products or specifications without notice.                                                                         Revision:B
Ratings 
Unit 
V 
V 
V 
 -0.3 to 12 
V
DD
-28 to V
DD
+0.3 
V
DD
-28 to V
DD
+0.3 
Vdout 
P
D
Topt 
Tstg 
Vss-0.3 toV
DD
+0.3 
150 
-40 to85 
-55 to 125 
V 
Power dissipation 
Operating temperature range 
Storage temperature range 
mW 
oC 
oC 
    Absolute Maximum ratings are threshold limit values that must not be exceeded ever for an instant under any conditions. 
Moreover, such values for any two items must not be reached simultaneously. Operation above these absolute maximum 
ratings may cause degradation or permanent damage to the device. These are stress ratings only and do not necessarily 
imply functional operation below these limits. 
ELECTRICAL CHARACTERISTIC
 (Temp=25oC) 
Symbol 
Item 
VDD1 
Operating input voltage 
VDD2 
Operating input voltage 
0V battery charge inhibition 
charge voltage 
Conditions 
MIN. 
1.5 
TYP. 
MAX. 
10 
28 
Unit 
V 
V 
Voltage defined as VDD to Vss 
Voltage defined as VDD to V- 
Applied for 0V battery charge 
inhibition function 
V0inh 
0.8 
1.0 
1.2V 
V 
-AX 
-BX 
-CX 
-DX 
-AX 
-BX 
-CX 
-DX 
4.225 
4.325 
4.275 
4.255 
4.025 
4.125 
4.075 
4.055 
30 
2.400 
2.800 
3 
4.250 
4.350 
4.300 
4.28 
4.050 
4.150 
4.100 
4.080 
110 
2.500 
2.900 
10 
4.275 
4.375 
4.325 
4.305 
4.075 
4.175 
4.125 
4.105 
250 
2.600 
3.000 
25 
V 
V 
V 
V 
V 
V 
V 
V 
ms 
V 
V 
ms 
VDET1 
Over-charge threshold 
Detect rising edge of 
supply voltage 
VREL1 
Release voltage for over-charge 
detection 
-- 
tVDET1 
Output delay of over charge 
VDD=3.6V to 4.3V 
Detect falling edge 
of supply voltage 
-AX,-BX,-CX 
-DX 
VDET2 
Over-discharge threshold 
tVDET2 
Output delay of over-discharge 
VDD=3.6V to 2.4V 
Detect rising edge of “V-“ pin 
voltage 
VDD=3.0V 
VDET3 
Excess current threshold 
0.13 
0.15 
0.17 
V 
tVDET3 
Output delay of excess current 
4 
11 
26 
ms 
Vshort 
Short protection voltage 
VDD=3.0V 
VDD-1.5 VDD-1.1 VDD-0.5 
V 
tshort 
Output delay of short protection 
VDD=3.0V 
5 
50 
us 
Rshort 
Reset resistance for excess 
current protection 
Nch ON voltage of Cout 
Pch ON voltage of Cout 
Nch ON voltage of Dout 
Pch ON voltage of Dout 
Supply current 
Standby current 
VDD=3.6V, V-=1.0V 
80 
130 
180 
kOhm 
Vol1 
Voh1 
Vol2 
Voh2 
IDD 
Istandby 
Iol=50uA, VDD=4.4V 
Iol=-50uA, VDD=3.9V 
Iol=50uA, VDD=2.4V 
Iol=-50uA, VDD=3.9V 
VDD=3.9V,  V-=0V 
VDD=2.0V 
0.4 
0.4 
6.0 
0.3 
V 
V 
V 
V 
uA 
uA 
VDD-0.5 
VDD-0.5 
3.0 
0.15