| Series |
Cap. Range
(µF) |
Voltage Range
(VDC) |
Temp. Range
(°C) |
Description & Data Sheet |
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Surface Mount |
|
MXCPA |
10 to 1000µF |
6.3 to 16 |
-55 to +105 |
 Conductive Polymer 105C Super Low Esr |
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|
MXCPB |
22 to 56µF |
6.3 to 16 |
-55 to +125 |
Conductive Polymer 125C Long Life |
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|
MXCPH |
1.7 to 330µF |
25 to 100 |
-55 to +105 |
Conductive Polymer 105 |
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|
MXCPP |
3.9 to 330µF |
25 to 100 |
-55 to +125 |
Conductive Polymer 125 |
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|
MXCPT |
10 to 330µF |
25 to 63 |
-55 to +135 |
Conductive Polymer 135C High Temp & Voltage |
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Radial |
|
CPL |
68 to 3500µF |
2.5 to 16 |
-55 to +105 |
Conductive Polymer Low Esr |
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|
CPS |
33 to 3500µF |
2.5 to 25 |
-55 to +105 |
Conductive Polymer Standard |
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|
CPU |
470 to 3500µF |
2.5 to 10 |
-55 to +105 |
Conductive Polymer Ultra Low Esr |
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|
CPX |
10 to 680µF |
2.5 to 25 |
-55 to +105 |
Conductive Polymer Low Profile |
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About Conductive Polymer Capacitors
In a solid-state capacitor comprising a positive and a negative electrode, a dielectric medium and a solid electrolyte, the solid electrolyte contains an electroconductive polymer as essential constituent. The electro-conductive polymer capacitor does not use liquid electrolyte, so they will not dry out, leak, or suffer gas buildup and burst. The circuit level benefits of this type of capacitor are noted below.
- Low ESR
- High ripple current
- Longer life
- High temperature capability
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