199D476X96R3D1V1E3

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Tantalum capacitors are made of tantalum metal and are part of the capacitor family – a form of passive electronic component that stores electrical energy. They are typically small and cylindrical in design with two leads pushing out either side. Unlike the conventional form of capacitors, the tantalum capacitors are more reliable and durable due to their using a special electrolyte called solid electrolyte interface (SEI). As well as high reliability, these capacitors offer a high capacitance to size ratio and low ESR at high temperatures.

As with all capacitors, the tantalum capacitor works on the same basic principle of creating a “charge separation” in an electrical field. Electrical charge is stored on two metal plates which are called “electrodes”. The amount of charge that is built up and stored on the two electrodes is proportional to the amount of capacitance or “capacitance value”, in the case of the tantalum capacitor. This means the larger the capacitance value, the more charge it can store on its surfaces.

The “capacitance value” of the tantalum capacitor is specified using an “X-Y-Z” code and is indicated by the number “199D476X96R3D1V1E3” on the surface of the capacitor. This number tells us that the capacitance value is 4,760uF and the voltage rating is 16VDC. This means that the capacitor is suitable for use in applications where the operating voltage is 16 volts, and the capacitance of 4,760uF is required.

Another common application for such capacitors is in the form of “reservoir capacitors” in power supply designs where the capacitors are used to store extra energy when it is needed. This is why the voltage rating of the capacitor should always be greater than or equal to the operating voltage of the power supply. The amount of capacitance and how much energy is stored depends on the design of the power supply and the operating conditions.

Tantalum capacitors are also used in the audio and visual industry, where the capacitors are often used as filters to reduce unwanted noise and interference. They are also often used as “Bypass Capacitors” in audio circuits to further enhance the quality of sound. Most modern electronic gadgets such as smartphones, tablets, and computers employ capacitors as part of their circuitry, as they are very efficient in storing and releasing energy.

In summary, the tantalum capacitor with the code “199D476X96R3D1V1E3” is a 4,760uF 16V capacitor which can be used in a variety of applications. It is typically used as a reservoir capacitor in power supplies, as a filter capacitor in audio and visual circuits, and as a bypass capacitor in audio applications. They are also used in nearly all types of modern electronic circuitry due to their high storage capacity and reliability.

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