E36D401HPN103MEM9M

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Aluminum electrolytic capacitors use an aluminum oxide film to form the dielectric layer between two metal electrodes. The electrolyte, normally an aqueous solution, acts as the gatekeeper to the ion pathways between the two electrodes, and also to form the highly conductive electrical bridge between them. E36D401HPN103MEM9M capacitors are made of a monolithic, ultra-thin electrolytic cathode and a conductive polymer anode. This combination provides a very high energy storage with an extremely high current during switching.

Applications of E36D401HPN103MEM9M capacitors include operation in the aviation, automotive, industrial, military, telecom, medical, communications, instrumentation, monitoring, navigation, automotive, industrial, and industrial control fields. Some applications are as follows:

• Power converters for computer, medical and industrial equipment
• High current switching operations for consumer electronics and automotive technologies
• High-end audio systems
• Fortress power supplies in data farms
• FIPS 140-2 compliant power supplies for telecom and medical applications
• Solid state relays and light switching equipment
• LED lighting for automotive, industrial and commercial applications
• Virus protection modules for medical equipment
• Genetics testing equipments for pharmaceutical research

The working principle of a E36D401HPN103MEM9M capacitor is based on the two metal electrodes being separated by an electrolyte. When a voltage is applied to the electrodes, ions move through the electrolyte and form a conductive bridge between them. This process of forming a conductive bridge between the two electrodes is called electrolysis. The capacitance of the capacitor is then determined by the amount of ions that are able to pass through the electrolyte. This type of capacitor has very high energy storage and can handle extremely high currents during switching.

E36D401HPN103MEM9M aluminum electrolytic capacitors are capable of high energy storage at a very high current, and this high-end performance makes them the ideal choice for applications in the aviation, automotive, industrial, military, telecom, and medical fields. The excellent electrolytic properties make them extremely reliable when used in high-end audio systems, as well as LED lighting and medical equipment.

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