Hybrid Aluminum E-Cap
Surface Mount E-Cap
Miniature Aluminum E-Cap
Hybrid Aluminum E-Cap
Introduction
- Aluminum Electrolytic Capacitor As an electrolyte, a capacitor is a mixture of a conductive polymer and an electrolyte
- Conductive polymer hybrid aluminum electrolytic capacitor capable of dielectric self-recovery
Features
- Excellent ripple characteristics
- Very low ESR
- Excellent low temperature characteristics (-55 ℃)
- Resolving the risk of short (dielectric self-restore function)
Applications
Automotive, Communication Equipment, Household Appliances & Medical Devices
Surface Mount E-Cap
Introduction
- SMD type is designed to be mounted on the board surface.
- Mounted by high temperature reflow soldering method (exclusive parts applied)
Features
- Chip type with higher capacitance in large case sizes
- Designed for surface mounting on high density PC board
- Compatible to SMT equipment
Applications
- Automotive
- PC, Notebook
- Smart Phone, Camera
- LED light
Miniature Aluminum E-Cap
Introduction
- Aluminum Electrolytic Capacitor As an electrolyte, a capacitor is a mixture of a conductive polymer and an electrolyte
- Conductive polymer hybrid aluminum electrolytic capacitor capable of dielectric self-recovery
Features
- Excellent ripple characteristics
- Very low ESR
- Excellent low temperature characteristics (-55 ℃)
- Resolving the risk of short (dielectric self-restore function)
Applications
Automotive, Communication Equipment, Household Appliances & Medical Devices
Large Aluminum E-Cap
Single Cell
Module
Large Aluminum E-Cap
Introduction
- Aluminum Electrolytic Capacitor As an electrolyte, a capacitor is a mixture of a conductive polymer and an electrolyte
- Conductive polymer hybrid aluminum electrolytic capacitor capable of dielectric self-recovery
Features
- Excellent ripple characteristics
- Very low ESR
- Excellent low temperature characteristics (-55 ℃)
- Resolving the risk of short (dielectric self-restore function)
Applications
Automotive, Communication Equipment, Household Appliances & Medical Devices
Single Cell
Introduction
- Single cell serial connection or parallel connection
Features
- Low Internal Resistance
- Balancing and Overvoltage Protection of Individual Cell
- Efficient Heat Transfer to Outside
- Compliant with RoHS Requirement
Applications
Transportation, Automotive, UPS (uninterruptible power supply), Military and aerospace devices, New & Renewable Energy
Module
Introduction
- Single cell serial connection or parallel connection
Features
- Low Internal Resistance
- Balancing and Overvoltage Protection of Individual Cell
- Efficient Heat Transfer to Outside
- Compliant with RoHS Requirement
Applications
Transportation, Automotive, UPS (uninterruptible power supply), Military and aerospace devices, New & Renewable Energy
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