I am looking for an example setup configuration for the BQ2060AEVM. I am using 6 C size NiMH cells in series. I tried setting up the configuration per the datasheet but it did not perform as expected. It recorded the charging of the cells up to 100% but when the charger was removed the charge level immediately dropped to less than 20%. EEPROM setup attached. Thanks.
Device]
Name=BQ2060
[EEPROM Contents]
0=7F
1=3C
2=0A
3=00
4=5E
5=01
6=00
7=00
8=00
9=00
10=E0
11=2E
12=80
13=00
14=00
15=00
16=00
17=00
18=20
19=1C
20=21
21=00
22=DD
23=3E
24=01
25=00
26=40
27=06
28=32
29=00
30=64
31=00
32=02
33=42
34=71
35=FF
36=FF
37=FF
38=FF
39=FF
40=FF
41=FF
42=FF
43=00
44=00
45=00
46=38
47=FF
48=07
49=42
50=51
51=32
52=30
53=36
54=30
55=41
56=A0
57=0F
58=A0
59=0F
60=80
61=F3
62=00
63=A0
64=04
65=4E
66=69
67=4D
68=48
69=77
70=B8
71=0B
72=38
73=20
74=00
75=A0
76=A6
77=E1
78=06
79=00
80=07
81=0C
82=2D
83=CB
84=12
85=64
86=00
87=00
88=00
89=00
90=00
91=00
92=00
93=00
94=00
95=38
96=A0
97=00
98=00
99=00
100=B0
101=00
102=20
103=4E
104=61
105=51
106=55
107=35
108=0C
109=E5
110=E0
111=E3
112=88
113=E1
114=70
115=17
116=64
117=19
118=00
119=00
120=58
121=D8
122=00
123=00
124=00
125=00
126=5A
127=A5
[EEPROM]
Remaining Time Alarm=10
Remaining Capacity Alarm=350
EDV A0 Factor=0.00
Charging Voltage=12000
Cycle Count=0
Design Voltage=7200
Specification Information=0 0 2 1
Manufacture Date=6/29/2011
Serial Number=1
Fast Charging Current=1600
Maint Charging Current=50
Pre-Charge Current=100
Manufacturer Name=Bq
Light Load Estimate=0.00
Maximum Overcharge=200
Device Name=BQ2060A
Last Measured Dsg=4000
Pack Capacity=4000
Cycle Count Threshold=3200
Pack Configuration=A0
Device Chemistry=NiMH
MaxT DeltaT=77
Overload Current=3000
Overvoltage Margin=896
Overcurrent Margin=512
Fast Charge Termination %=96
Fully Charged Clear %=90
Charge Efficiency=97.0
DeltaT Time=200
Holdoff Time=320
Mfg Data Str Length=7
Control Mode=0C
Digital Filter=50.00
Self Discharge Rate=0.99
Battery Low %=7.0
Near Full=200
VFC Offset=A03800
Temperature Offset=0.0
ADC Offset=0
Efficiency Temp Comp=0.000
Efficiency Drop Off %=80
Efficiency Reduction Rate=0.000
ADC Voltage Gain=16.0000
ADC Sense Resistor=30.000
VFC Gain/Current=30.001
VOC 25%=6900
VOC 50%=7200
VOC 75%=7800
EDVF/EDV0=6000
EMF/EDV1=6500
EDV T0 Factor=0
EDV2=55384
EDV C0 Factor=88
EDV C1 Factor=27
EDV R0 Factor=0
EDV R1 Factor=0