T543B227K2R5AHW025D100

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T543B227K2R5AHW025D100 is an axial-leaded Aluminum Electrolytic capacitor manufactured with solid tantalum (Niobium) anode and polymer cathode. It offers high capacitance values and low ESR in miniature sizes. It has good temperature, frequency and voltage characteristics.

Tantalum - Polymer capacitors are primarily used in power supply units, power converters, and switching power supplies. They also see wide use in high stability, precision applications, such as electrode current stabilizers, radio receivers and transmitters. As electronic products become smaller, lighter, and more efficient, demand is growing for higher capacity, higher temperature, and higher performance capacitors. Tantalum - Polymer capacitors are ideally suited for these applications.

The working principle of a tantalum - polymer capacitor is similar to that of an aluminum electrolytic capacitor. An electrolyte, such as a mixture of oxide, water and inhibitors, is used as the dielectric. When a voltage is applied to the capacitor, the solid electrodes go into a semiconductor state, allowing for the passage of current. This current charge builds up on one electrode, and the other opposes it. The dielectric remains between the two and prevents the current from passing through. The result is a storage of electrical energy as an electric field between the two electrodes.

Tantalum - Polymer capacitors have low leakage currents and can operate over a wide temperature range, making them a popular choice for high reliability applications. The technology offers good thermal and high frequency performance, which makes them ideal for power electronic components. Additionally, their small size makes them suitable for applications where a high level of miniaturization is desired.

Tantalum - Polymer capacitors offer a variety of advantages over traditional capacitors such as longer life and lower cost. The small size and high capacitance of the capacitors make them an ideal choice for a variety of applications. Additionally, the improved temperature, frequency, and voltage characteristics make them an attractive option for many high precision applications.

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