X3100-01 Datasheet, PDF (31/41 Pages) Intersil Corporation – Cell Balancing Control

X3100, X3101
OPERATING CHARACTERISTICS X3100
(Over the recommended operating conditions unless otherwise specified)
Description
5V regulated voltage
5VDC voltage regulator current
limit
V_CC supply current (1)
V_CC supply current (2)
V_CC supply current (3)
V_CC supply current (4)
V_CC supply current (5)
Cell over-charge protection mode
voltage threshold
(Default in Boldface)
Sym
V_RGO
I_LMT(3)
Condition
On power-up or at wake-up
After self-tuning
(@10mA V_RGO current; 25^oC)
After self-tuning
(@10mA V_RGO current; 0 - 50^oC)⁽⁵⁾
After self-tuning
(@50mA V_RGO current)⁽⁵⁾
R_LMT = 10Ω
Icc1
Icc2
Icc3
Icc4
Icc5
V_OV(4)
Normal operation
during nonvolatile EEPROM write
During EEPROM read
SCK=3.3MHz
Sleep mode
Monitor mode
AN2, AN1, AN0 not equal to 0.
V_OV = 4.20V (VOV1, VOV0 = 0,0)
0^oC to 50^oC
V_OV = 4.25V (VOV1, VOV0 = 0,1)
0^oC to 50^oC
Min
4.5
4.98
4.95
4.90
4.10
4.15
4.15
4.20
V_OV = 4.30V (VOV1, VOV0 = 1,0)
0^oC to 50^oC
4.2
4.25
Cell over-charge protection mode
release voltage threshold
Cell over-charge detection time
Cell over-discharge protection
mode (SLEEP) threshold.
(Default in Boldface)
Cell over-discharge protection
mode release threshold
Cell over-discharge detection time
Cell over-discharge release time
V_OV = 4.35V (VOV1, VOV0 = 1,1)
0^oC to 50^oC
V_OVR
T_OV
V_UV(4)
V_UVR
C_OV = 0.1uF
V_UV = 1.95V (VUV1, VUV0 = 0,0)
V_UV = 2.05V (VUV1, VUV0 = 0,1)
V_UV = 2.15V (VUV1, VUV0 = 1,0)
V_UV = 2.25V (VUV1, VUV0 = 1,1)
T_UV
T_UVR
C_UV = 0.1µF
C_UV = 200pF
C_UV = 0.1µF
C_UV = 200pF
4.25
4.30
1.85
1.95
2.05
2.15
Typ⁽²⁾
4.99
Max
5.5
5.00
Unit
V
5.02
5.00 V
250
mA
85
250 µA
1.3
2.5 mA
0.9
1.2 mA
1
µA
365
600 µA
V_OV -
0.20
1
V_UV +
0.7
1
2
7
100
4.275 V
4.25
4.325 V
4.30
4.375 V
4.35
4.425 V
4.40
V
s
2.05 V
2.15 V
2.25 V
2.35 V
V
s
ms
ms
µs
31
FN8110.1
January 3, 2008