F910J227MCC

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Tantalum Capacitors

Tantalum capacitors are widely used due to their combination of large capacitance values, high reliability and low cost. They consist of two electrodes, a cathode and an anode, physically separated by a dielectric barrier made of tantalum pentoxide. Depending on their design, capacitors are constructed with two, three or four pins and are available in a wide range of values from 10 pico-farads (pF) to 3,000 micro-farads (uF). They also come in a range of voltage ratings, from 6 volts to 250 volts.

F910J227MCC is one type of tantalum capacitors, which feature high volumetric efficiency, low leakage current, excellent thermal and electrical stability, and reliable performance over time. This type of capacitors is specifically designed for use in applications where board space is limited and low capacitance values are required. It is suitable for use in a variety of applications such as in automotive electronics, consumer electronics, industrial control, and power supplies.

Application Field

F910J227MCC capacitors are well-known for their volumetric efficiency and are suitable for use in a variety of automotive applications, consumer electronics, industrial control, and power supplies. In automotive applications, for example, these capacitors are employed in the switching power supply design for automotive infotainment systems, and in the internal supply network for tire inflation monitoring systems. Their volumetric efficiency also makes them a good choice for use in consumer electronics such as computers, TVs, and stereos. Their reliable performance also makes them suitable for use in industrial control applications such as machine safety systems and on automotive gear shifters. Finally, F910J227MCC capacitors are frequently used as filtering and energy storage components in power supplies due to their reliable performance over time.

Working Principle

At the heart of a tantalum capacitor is the tantalum pentoxide layer that serves as an insulative barrier between the anode and cathode. When an electric field is applied to this layer between the two metal electrodes, electrons move through the barrier to create a current. The current is then stored as an electrical charge in the anode. As current is drawn from the anode, the resulting electric field reverses, causing the electrons to flow back through the tantalum pentoxide barrier to the cathode. As the electric field returns towards its pre-discharge level, the current stops and the capacitor reaches a steady state. The tantalum pentoxide layer also protects the capacitors from breakdowns caused by the applied voltage.

F910J227MCC capacitors, due to their low leakage current, excellent thermal and electrical stability, and high volumetric efficiency, are trusted for use in applications where performance, reliability and size are important considerations. As such, these tantalum capacitors are a reliable choice for automotive, consumer, industrial and power supply applications.

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