AVG series

FEATURES
Small size - High temperature – Low ESR – High ripple current –
stable with temperature – High frequency
APPLICATIONS
Operating Temperature Range
Capacitance Tolerance
WVDC
Surge Voltage
SVDC
Dissipation Factor
120 Hz, 20°C
Power Units – LED Lighting – Telecommunications
16
2 Minutes
See standard part listing
-25°C/ +20°C
<1.15
-55°C/ +20°C
<1.25
Load Life
Humidity test
Surge Voltage test
Failure Rate
Ripple Current Multipliers
160
12% MAX
Leakage Current
Low Temperature
Stability
Impedance Ratio
(120 Hz)
25
-55°C to +125°C
+20% at 120 Hz, 20°C
35
50
63
100
1.15 x rated WVDC
2000 hours( 1500 Hours for WVDC>35V) at 125°C with rated WVDC applied
Capacitance Change
<30% of initial measured value
Dissipation Factor
<300% of maximum specified value
ESR
<300% of maximum specified value
Leakage Current
<100% of maximum specified value
1000 hours at 20°C with rated voltage applied at 90-95% R.H.
Capacitance Change
<20% of initial measured value
Dissipation Factor
<150% of maximum specified value
ESR
<150% of maximum specified value
Leakage Current
<100% of maximum specified value
1000 cycles at 125°C with rated surge voltage applied for 30 seconds through a
1kΩ resistor and discharged for 5 minutes and 30 seconds
Capacitance Change
<20% of initial measured value
Dissipation Factor
<150% of maximum specified value
ESR
<150% of maximum specified value
Leakage Current
<100% of maximum specified value
0.5% /1000 hours Maximum (60% confidence level at 125°C)
120
.05
Frequency (Hz)
1k
10k
.3
.7
100k-300K
1.0
D+0.5
8
S+0.5
3.5
d
0.6
L1=L+1.5mm MAX
10
5.0
0.6
AVG
Capacitance
WVDC
(µF)
IC PART NUMBER
+125°C Highest capacitance &
Voltage
Maximum Maximum
ESR (Ω) ESR (mΩ)
120 Hz,
100 kHz,
+20°C
+20°C
Leakage
Current
(μA)
Maximum
RMS
Ripple
Current
(mA)
100 kHz,
+105°C
Dims DxL
(mm)
8x12
4.7
160
475AVG160MFBJ
42.3284
130
150
720
6.8
160
685AVG160MFBJ
29.2564
130
217
720
8x12
12
160
126AVG160MGBJ 16.5786
130
384
960
10x12
15
100
156AVG100MFBJ
13.2629
40
300
1850
8x12
22
100
226AVG100MFBJ
9.0429
40
440
1850
8x12
33
100
336AVG100MGBJ
6.0286
38
660
2100
10x12
47
35
476AVG035MFF
4.2328
30
329
2600
8x8
47
50
476AVG050MFBJ
4.2328
32
470
2250
8x12
47
100
476AVG100MGBJ
4.2328
38
940
2100
10x12
68
35
686AVG035MFF
2.9256
30
476
2600
8x8
68
50
686AVG050MFBJ
2.9256
32
680
2250
8x12
82
50
826AVG050MFBJ
2.4261
32
820
2250
8x12
82
63
826AVG063MFBJ
2.4261
32
1033
2100
8x12
100
25
107AVG025MFF
1.9894
24
500
2900
8x8
100
35
107AVG035MFBJ
1.9894
26
700
2950
8x12
100
63
107AVG063MFBJ
1.9894
32
1260
2100
8x12
120
50
127AVG050MFBJ
1.6579
32
1200
2250
8x12
120
50
127AVG050MGBJ
1.6579
28
1200
2620
10x12
150
25
157AVG025MFF
1.32629
24
750
2900
8x8
150
35
157AVG035MFBJ
1.32629
26
1050
2950
8x12
150
63
157AVG063MGBJ 1.32629
28
1890
2550
10x12
180
35
187AVG035MFBJ
1.1052
26
1260
2950
8x12
180
50
187AVG050MGBJ
1.1052
28
1800
2650
10x12
180
63
187AVG063MGBJ
1.1052
28
2268
2550
10x12
220
25
227AVG025MFBJ
0.90429
18
1100
4250
8x12
220
35
227AVG035MGBJ 0.90429
24
1540
3400
10x12
220
35
227AVG035MFBJ
0.90429
26
1540
2950
8x12
220
50
227AVG050MGBJ 0.90429
28
2200
2620
10x12
330
16
337AVG016MFF
0.60286
15
1056
4300
8x8
330
25
337AVG025MFBJ
0.60286
18
1650
4250
8x12
330
35
337AVG035MGBJ 0.60286
24
2310
3400
10x12
390
35
397AVG035MGBJ
0.5101
24
2730
3400
10x12
470
16
477AVG016MFBJ
0.42328
13
1504
4650
8x12
470
16
477AVG016MFF
0.42328
15
1504
4300
8x8
470
25
477AVG025MFBJ
0.42328
18
2350
4250
8x12
470
25
477AVG025MGBJ 0.42328
16
2350
4700
10x12
560
25
567AVG025MGBJ
16
2800
4700
10x12
680
25
687AVG025MGBJ 0.29256
16
3400
4700
10x12
820
16
827AVG016MGBJ 0.24261
12
2624
5600
10x12
820
16
827AVG016MFBJ
0.24261
13
2624
4650
8x12
1000
16
108AVG016MGBJ
0.2
12
3200
5600
10x12
1200
16
128AVG016MGBJ 0.16579
12
3840
5600
10x12
1500
16
158AVG016MGBJ 0.132629
12
4800
5600
10x12
0.3553
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