TR3E476M020C0150

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Tantalum capacitors are generally composed of tantalum powder pressed into a cylindrical anode, a metal oxide dielectric layer, and a corrosion-resistant anode cap. Tantalum capacitors are commonly used in a variety of electronic circuits. Because of their relatively small size and efficient performance, tantalum capacitors are increasingly being used in highly miniaturized and compact systems. TR3E476M020C0150 is one of the most popular types of Tantalum capacitors.

The TR3E476M020C0150 capacitor is a high quality, low profile, surface mount, solid tantalum capacitor. It has a capacitance of 0.47 μF. It is rated at 20 V and is ideal for applications requiring high performance and high reliability. It has a maximum capacitance tolerance of ±10%. It has a wide range of operating temperatures, from -55°C to +125°C.

The application field of TR3E476M020C0150 capacitor mainly includes aerospace and military applications, automotive electronics, medical and healthcare electronics, and other electronics which require high performance and high reliability. It is also frequently used in consumer electronic applications, due to its relatively low cost and small size. It is often used in audio equipment, power converters, switchmode power supplies, and RF communications.

The working principle of TR3E476M020C0150 capacitor is based on the capacitance effect of two conductive plates. When a voltage is applied across the capacitor, the positive ions in the anode attract the negative ions from the electrolyte, creating an electrical field. This field stores energy, which is then released when the voltage drops, ensuring a constant supply of energy to the circuit. The thickness of the dielectric layer and the size of the electrodes in the capacitor determine the overall capacitance.

The TR3E476M020C0150 capacitor is just one of many types of tantalum capacitors. It is widely used because of its high performance and longevity. It is suitable for a wide variety of applications, and is relatively low cost and small in size. Its working principle is based on the application of a voltage across two conductive plates, which stores electrical energy and releases it when the voltage drops.

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