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Illinois Capacitor is a leading manufacturer of aluminum electrolytic, aluminum polymer, metalized film and power film capacitors for electronics, along with super capacitors (EDLC or ultra capacitors) for an even wider range of applications. Through our close involvement with customers and suppliers, IC has been able to consistently deliver the components most needed for today’s high performance end products.
Illinois Capacitor is headquartered in the Chicago area, and has an Asian base in Hong Kong. Our ISO certified factories are strategically located in Asia and Europe. We maintain extensive inventories within the company and though an DCN series0 pages
Very fast charge/discharge – High power density – IEC 62391
compliant – Circuit board mountable
FEATURES
APPLICATIONS
Battery backup/ alternative – Pulse power – Energy harvesting – LED
Displays – Mechanical actuators – Audio systems
Operating Temperature
Range
Storage Temperature
Capacitance Tolerance
@ 20°C
WVDC
Surge Voltage
SVDC
-40°C to +60°C
2.7
2.8
-40°C to +70°C
+30%/-10% (Q tolerance), +20%/-20% (M tolerance)
+10%/-10% (K tolerance), +50%/-20% (S tolerance)
5.5
5.7
Maximum Current
See standard part listing
1 second discharge to ½ WVDC
Operating Current
See standard part listing
5 second discharge to ½ WVDC
Leakage Current
See standard part listing
72 hours,25°C
1000 hours with rated voltage applied at 60°C
<30% of initially measured values
ESR
<400% of initially specified values
Leakage current
Life Time
Capacitance change
< specified maximum value
500 hours with no voltage applied at 60°C
Shelf Life
Capacitance change
<30% of initially measured values
ESR
<400% of initially specified values
Life Cycles
( 25°C) 1 cycle= Charge to WVDC
for 20s, constant voltage charging
for 10s, discharge to ½ WVDC for
20s, rest for 10 s
500,000 cycles
Capacitance change
<30% of initially measured values
ESR change
<400% of initially specified values
D < 18mm
Lead spacing VS. Case diameter
D
4
8
10
16
18
S
2.0
3.5
5.0
7.5
7.5
0.5
d
0.6
0.6
0.8
0.8
L1=L+1.5mm
D1=D+05mm
S1=S+0.5mm
