199D475X0010A1V1

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Tantalum capacitors are used in a wide array of electronic applications. They are especially common in industrial, medical and automotive electronics, and a variety of consumer electronics. The primary purpose of a tantalum capacitor is to store charge.

The 199D475X0010A1V1 is an ideal capacitor for such applications. This particular tantalum capacitor is a radial leaded device with a molded body and epoxy coating, which provides protection from atmospheric influences. The epoxy also provides increased shock and vibration protection for the device. It is rated for a capacitance range of 4.7 µF to 47 µF, with a voltage of 10V and a tolerance of ±20%.

This capacitor consists of two electrodes that are separated by an dielectric material. The anode is typically made from a sintered tantalum anode, while the cathode is generally made from manganese dioxide, which serves as the electrolyte. When charge is applied, the dielectric material between the two electrodes polarizes, thereby creating an electrical field. The applications of this capacitor include decoupling, smoothing and electronic circuits, where the primary purpose is to store charge.

The working principle of the 199D475X0010A1V1 is simple. Upon application of an electrical charge, the electrons move to the positive electrode, while the ions move to the negative electrode. This creates what is known as a capacitive reactance, or a potential difference, between the two electrodes. This reactance is what causes the capacitor to store charge.

The 199D475X0010A1V1 is a reliable and long lasting capacitor, due to its simple construction and robust design. This device is ideal for many applications, including filtering, decoupling, signal conditioning, and power supply conditioning. It offers a low losses and excellent ripple current capability, which makes it suitable for high frequency switching applications.

In conclusion, the 199D475X0010A1V1 is a robust and reliable radial leaded tantalum capacitor. Its excellent ripple current capability and low losses make it ideal for high frequency switching applications, while its molded body and epoxy coating provide protection from atmospheric influences. The capacitor stores charge through the application of a capacitive reactance and is thus an ideal choice for many electronic applications.

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