199D475X9035C1V1E3

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Tantalum capacitors are electrolytic capacitors made with a tantalum electrode, and include both wet and solid designs. Whereas the traditional electrolytic capacitor is constructed with an anode of aluminum metal, a tantalum electrode gives the capacitor higher electrical characteristics in terms of leakage current and efficiency. As tantalum materials are resistant to corrosion, they are ideal for use in harsh environments and in extreme temperature applications.

The 199D475X9035C1V1E3 is a surface mount, solid tantalum capacitor. It has a capacitance of 47uF and a voltage rating of 35Vdc. It features an 80 degree Celsius rating for extended temperature applications. This component typically has a “current”/max leakage current of 0.6uA and offers a high ripple current surge rated for peak current up to 6 Amps.

The 199D475X9035C1V1E3 is typically used in modern industrial and consumer electronics applications. Some examples are audio equipment, instrumentation, test and measurement devices, computers, avionic systems, and military communications systems. With its surface mount design, the component can be easily integrated into miniature circuit designs, making it one of the most popular capacitor choices for use in modern electronics.

The working principle of the 199D475X9035C1V1E3 is the same as any other capacitor; it stores electrical energy in the form of an electrostatic field. The component is comprised of two metal plates (the anode and cathode) separated by an insulator (dielectric). When a voltage is applied between the two plates, a charge is stored on the anode and cathode. The voltage applied between the plates determines the amount of charge stored. This stored charge is actually an electrostatic field, and the capacitor stores this energy just like a battery stores chemical energy.

The capacitance of the 199D475X9035C1V1E3 is determined by the combination of the area of the plates, the distance between them, and the dielectric material in between them. Generally, the greater the area of the plates and the smaller the distance between them, the higher the capacitance. The dielectric material can also influence the capacitance. Materials with a higher dielectric constant (a measure of how well a material can store an electric charge) allow the capacitor to store more energy in the same amount of space. In the case of the 199D475X9035C1V1E3, the surface mount design allows for a small form factor without sacrificing performance.

The 199D475X9035C1V1E3 is a popular choice for various consumer and industrial applications that require an efficient, reliable, and high-quality capacitor. By using a tantalum electrode instead of an aluminum anode, the component has superior electrical characteristics compared to other alternatives. Furthermore, its surface mount design makes it suitable for integration into miniature designs. With its high ripple current surge rating and extended temperature range, the 199D475X9035C1V1E3 is an ideal choice for many demanding electronic circuits.

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