ELXZ160ETD101MFB5D

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Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors are one of the most commonly used aluminum capacitors, and are named for the electrolyte contained between two portion of aluminum oxide film. These capacitors are most commonly used as resonant capacitors, decoupling capacitors that are used to filter incoming electrical noise, energy storage capacitors, high-frequency noise suppression capacitors, and long-term latency capacitors.

ELXZ160ETD101MFB5D Application Field and Working Principle

The ELXZ160ETD101MFB5D is a high-performance aluminum electrolytic capacitor specifically made for applications in extreme environments and high temperatures. It has an incredibly high temperature range of -45 to +105 degrees Celsius and a lifetime rating of up to 3000 hours. It utilizes a wet tantalum aluminum capacitor as its electrolyte and a silver-plated copper lead frame as its core component to provide enhanced thermal and mechanical endurance.

The way this capacitor works is that when voltage is applied to it, an electric current flows through the electrolyte between the two aluminum oxide films, causing the electrolyte to become polarized and form a charge. This charge then attracts electrons from the negative terminal and repels electrons from the positive terminal. This creates a voltage difference between the positive and negative terminals, and this is what stores energy.

Because of its rugged construction and high temperature rating, it\'s mainly used in applications with extreme temperatures that require maximum reliability. Examples of these applications include automotive and industrial control applications, power supplies, and computer components. It’s also suitable for use in dc to dc switching power supplies, active parts of digital circuits, and other areas where high reliability, low impedance, and long-term operation are required.

The ELXZ160ETD101MFB5D provides incredible stability in high temperatures up to 105 degrees Celsius, making it well-suited for applications where long periods of operation in extreme conditions are expected. It also offers very low ESR, high ripple current, and long life expectancy.

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