EKXJ351ELL101MUP1S

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Aluminum electrolytic capacitors are used widely in electronic circuits for filtering, frequency separation, pulse waveform shaping and timing, DC/DC converters, switching and power supplies, and energy storage. The EKXJ351ELL101MUP1S aluminum electrolytic capacitor is part of a product series manufactured by Nichicon in Japan. This series was developed to meet the greater demands of power converters and low impedance noise requirements of electronic equipment.

The EKXJ351ELL101MUP1S aluminum electrolytic capacitor generally take advantage of dielectric principle and chemical behavior to provide excellent electrical characteristics and performance. This capacitor design utilizes an anode constructed from very pure aluminum foil that has been etched and oxidized and then wound into a small cylinder and sealed in an epoxy resin-coated can body.

The EKXJ351ELL101MUP1S aluminum electrolytic capacitor also incorporates a cathode construction consisting of pure aluminum foil, which is pressure stamped on the edges and corners of the anode\'s winding and spiral, and also pressure sealed in place with an epoxy coating. The wet electrolyte is a special ‘water-resistant’ formula and is in contact with the electrolyte gel inside the capacitor. This type of electrolyte provides superior electrical features and low impedance noise characteristics.

The EKXJ351ELL101MUP1S aluminum electrolytic capacitor is designed to provide a variety of features not typically found in standard aluminum electrolytic capacitors, including long-term reliability, stable electrical performance, and high current and voltage tolerance. The capacitor is also resistant to external environmental conditions and vibration, and is non-polarity. Furthermore, the capacitor’s temperature rating is -55 to +105 degrees C.

The EKXJ351ELL101MUP1S aluminum electrolytic capacitor is designed for use in critical applications, such as filter circuits, DC/DC converters, switching power supplies and other electronic equipment. It is suitable for use in high frequency digital systems, for voltage conversion and regulation, and in many other critical systems and circuits. The capacitor’s long life span and excellent performance for these applications make it a very attractive option for use in a wide variety of applications.

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