TE

CH

tm

T63H0008A

TM Technology, Inc. reserves the right

P. 5

Publication Date: Dec. 2003

to change products or specifications without notice.

Revision:A

(Temp=-40 to 85ºC)

Symbol

Parameter

Conditions

MIN.

TYP.

MAX.

Unit

INPUT VOLTAGE / OPERATION VOLTAGE

VDD1

Operating input voltage

Voltage defined as VDD to VSS

1.5

-

8

V

VDD2

Operating input voltage

Voltage defined as VDD to V-

1.5

-

30

V

CURRENT CONSUMPTION

IDD

Normal operation current

VDD=3.5V, V-=0V

0.7

3.0

8.0

uA

ISB

Standby current

VDD=V-=1.5V

--

0.1

uA

OUTPUT RESISTANCE

RCOUTH

COUT pin H resistance

VCOUT=3.0V,VDD=3.5V,V-=0V

1.2

5

15

Kohm

RCOUTL

COUT pin L resistance

VCOUT=0.5,VDD=4.5V,V-=0V

1.2

5

15

Kohm

RDOUTH

DOUT pin H resistance

VDOUT=3.0V,VDD=3.5V,V-=0V

1.2

5

15

Kohm

RDOUTL

DOUT pin L resistance

VDOUT=0.5V,VDD=V-=1.8V

1.2

5

15

Kohm

V- INTERNAL RESISTANCE

RV-D

Internal resistance between

V- and VDD

VDD=1.8V,V-=0V

78

300

1310

Kohm

RV-S

Internal resistance between

V- and VSS

VDD=3.5V,V-=1.0V

7.2

20

44

Kohm

DETECTION VOLTAGE

AX

4.225

4.280

4.320

V

BX

4.260

4.300

4.340

V

CX

4.270

4.325

4.365

V

VDET1

Over-charge detection voltage

VDET1=3.9V to 4.4V

5mV Step

-

DX

4.320

4.350

4.380

V

VHCT1

Over-charge hysteresis voltage

VHCT1=0.0V to 0.4V

50mV Step

-

-

VHCT 1

-0.025

VHCT 1

VHCT 1

+0.025

V

tVDET1

Output delay of over charge

-

0.7

1.2

2.0

S

AX

/BX

2.22

2.30

2.38

V

CX

2.42

2.50

2.58

V

VDET2

Over-discharge detection voltage

VDET2=2.0 to 3.0V

10mV Step

-

DX

2.42

2.50

2.58

V

VHDT2

Over-discharge hysteresis voltage

VHDT2=0.0V to 0.7V

100mV Step

-

-

VHDT2

-0.050

VHDT2

VHDT2

+0.050

V

tVDET2

Output delay of over-discharge

-

80

144

245

ms

VDET3

Over-current 1 detection voltage

VDET3=0.05V to 0.3V

10mV Step

Detect rising edge of “V-“ pin voltage

VDET3

-0.015

VDET3

VDET3

+0.015

V

tVDET3

Over-current 1 detection delay

time

-

5

9

15

ms

VDET4

Over-current 2 detection voltage

-

0.37

0.5

0.63

V

tVDET 4

Over-current 2 detection delay

time

-

1.2

2.24

3.8

ms

VDET5

Charger detection voltage

Detect falling edge of ‘V-“pin voltage

-1.0

-0.7

-0.4

V

VSHORT

Load short-circuiting detection

voltage

-

0.7

1.2

1.7

V

tSHORT

Loadshort-circuiting detection

delay time

-

150

320

540

us

0V BATTERY CHARGING FUN CTION

V0cha

0V Battery charge starting charge

voltage

Applied for 0V battery charge function

-

-

1.7

V

V0inh

0V Battery charge inhibition

charge voltage

Applied for 0V battery charge

inhibition function

0.4

1.0

1.6

V

Note 1: Since products are not screened at low/high temperature, the specification for this range is

guaranteed by design, not tested in production.