T520B476M006ASE070

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Tantalum - Polymer Capacitors are electrical components designed to store electric charge. This type of capacitors entails a dielectric material that is formed by a porous anode of tantalum with a layer of an electrically insulating polymer electrolyte. The structure of the capacitors, accompanied by electrolyte de-insulation, forms a capacitor that has optimum energy density, and a low ESR, making it an ideal choice for applications such as consumer electronics, telecommunication and automotive.

The T520B476M006ASE070 capacitors are particularly designed to deliver electrical components boasting high capacitance and low ESR - exhibiting great charge storage capacity without sacrificing stability or reliability. As such, they are widely used in situations where a modest-sized capacitor is needed to accommodate rather high current levels, withstanding the high temperatures and the high operating frequencies that characterized certain types of applications.

The main features of these capacitors that make them superior for certain applications are their extended operating temperature, consistently high capacitance and high accuracy. To achieve these features, this type of capacitor utilizes a unique surface-mountable construction that includes surface-mountable terminals, typically made of gold, as well as a molded element featuring an electrolytic polymer that helps to enhance the capacitors’ reliability and stability.

Moreover, this type of capacitor also offers a high level of electrical leakage compared to other types of capacitors, helping it to meet the most stringent safety standards in the industry. Finally, its excellent ESR, combined with its low tensile strength, makes it a preferred choice for applications in which superior electrical performance is required.

The working principle of T520B476M006ASE070 capacitors is quite simple. Its anode and cathode form an open-air capacitor. The outer layer of the porous anode is usually composed of an electrolytic polymer or other anode material - such as aluminum, tantalum or graphite – which helps to maintain the dielectric insulation between the anode and the cathode. This dielectric insulation helps to build up electrical charge and reduce the amount of electricity that can leak through the capacitor.

The amount of electrical charge stored in the capacitor is dictated by the surface area of the anode and the amount of electrolyte used during the manufacturing process. As the electric charge is stored, it creates an electric field inside the capacitor, and as this field varies, so does its capacitance - making it extremely useful for applications where high levels of current are needed.

So, in conclusion, the T520B476M006ASE070 capacitors are used in many different applications due to their superior electrical performance, extended operating temperature range and high accuracy. Their surface mountable terminals are ideal for providing both the necessary power output and insulating the capacitors against electrical leakage, helping to ensure its reliability for prolonged periods even in harsh environments. Last but not least, its unique design makes it an ideal option for applications requiring high levels of current, temperature and frequency.

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