參數(shù)資料
型號: BQ2060SS
英文描述: Silicon Bridge Rectifiers
中文描述: 集成電路表面貼裝,棉絮電荷監(jiān)視器
文件頁數(shù): 37/46頁
文件大?。?/td> 364K
代理商: BQ2060SS
CHEM
The CHEM bit configures the bq2060 for nickel packs
(NiCd or NiMH) or Li-Ion packs. When set the bq2060
employs the configuration parameters in EEPROM des-
ignated for Li-Ion. When not set, the bq2060 employs
the configuration parameters designated fornickel.
0
The bq2060 uses nickel configuration parameters
1
The bq2060 uses Li-Ion configuration parameters
LCC0 and LCC1
The LCC0 and LCC1 bits configure the cell voltage in-
puts (VCELL
1–4
).
No. of Series
Cells
NA
LCC1 LCC0
00
Cell Voltage
Inputs
VCELL
4
= Cell Stack
VCELL
1
= Cell 1
VCELL
2
= Cell 2
VCELL
1
= Cell 1
VCELL
2
= Cell 2
VCELL
3
= Cell 3
VCELL
1
= Cell 1
VCELL
2
= Cell 2
VCELL
3
= Cell 3
VCELL
4
= Cell 4
2
01
3
10
4
11
For Li-Ion packs with individual measurements, LCC0
and LCC1 define the number of series elements and
their voltage measurement inputs. In each case (2, 3, or
4), the bq2060 uses the highest numbered cell voltage
input to measure the pack voltage measurement as re-
turned with Voltage(). For nickel chemistries or Li-Ion
without single-cell measurements, LCC0 and LCC1
must be set to 00. VCELL
4
is the pack voltage input for
this programming.
Remaining Time and Capacity Alarms
Remaining Time Alarm
in EE 0x02–0x03 and
Re-
maining Capacity Alarm
in 0x04–0x05set the alarm
thresholds used in the SMBus command codes 0x01 and
0x02, respectively.
Remaining Time Alarm
is stored in
minutes and
RemainingCapacityAlarm
in mAh.
Secondary Protection Limits for Li-Ion
The cell undervoltage (V
) and overvoltage (V
) limits
are programmed in
Cell Undervoltage/Over Voltage
EE
0x4a according to the equations:
CellUndervoltage/Overvoltage
(lower) =
V
-4096
32
2048
64
OV
(25)
CellUndervoltage/Overvoltage
(upper) =V
UV
(26)
Cell Under/Over
Voltage
(upper nibble)
0
1
2
3
4
5
6
7
8
9
a
b
c
d
e
f
V
UV
(mV)
2048
2112
2176
2240
2304
2368
2432
2496
2560
2624
2688
2752
2816
2880
2944
3008
Cell Under/Over
Voltage
(lower nibble)
0
1
2
3
4
5
6
7
8
9
a
b
c
d
e
f
V
OV
(mV)
4096
4128
4160
4192
4224
4256
4288
4320
4352
4384
4416
4448
4480
4512
4544
4576
Cycle Count Initialization
Cycle Count
EE 0x0e–0x0f stores the initial value for
the CycleCount() function. It should be programmed to
0x0000.
Control Modes
Control Mode
EE0x51 contains additional bit program-
mable features.
b7
NDF
b6
-
b5
HPE
b4
CPE
b3
LED
b2
SC
b1
-
b0
SM
NDF
The NDF bit disables the digital filter during discharge
ifthe SMBCand SMBDlines are high.
0
Digital filter enabled all the time
1
Digital filter disabled ifSMBCand SMBDare high
HPE
The HPE bit enables/disables PEC transmissions to the
Smart Battery host for master modealarm messages.
0
NoPEC byte onalarm warning to host
1
PEC byte on alarm warning to host
37
bq2060
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