173D335X0010U

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Tantalum capacitors are widely used in electrical circuits, particularly in consumer electronics, aerospace systems and automotive applications. The 173D335X0010U is one of these widely used capacitors and was designed with an anode constructed of sintered and anodic-coated Tantalum powders, along with a cathode crafted from solid manganese dioxide (MnO2). These tantalum capacitors feature a wide temperature range, low leakage current, and excellent high temperature stability, as well as being able to offer a low profile, excellent insulation, high reliability and long service life.

Tantalum capacitors like the 173D335X0010U are polarized, meaning that the positive and negative terminals are labeled and the capacitor should not be connected with reversed polarity. This type of capacitor is also a non-polarized version, meaning that it can be used in either way without any damage. The maximum operating temperature of the 173D335X0010U is 125°C, while the rated voltage range is between 4V and 45V.

The main application field for the 173D335X0010U tantalum capacitor is in the production of electrical energy storage and distribution devices. This type of capacitor is commonly used in power supplies, PLCs, boards, switching regulators, automotive electronics, active filters, and energy storage solutions. These capacitors can also be used in various digital and analog circuits. As well as being used in the automotive industry, they are also useful in several other industries, such as medical and telecommunications.

The working principle of the 173D335X0010U tantalum capacitor is known as the "double layer effect", which is a type of electrochemical capacitor. This effect occurs when an electrode is immersed in an electrolyte and a charge accumulated on it. This accumulated charge creates an electric field that forms a pair of layers, called the double layer. When a voltage is applied to the two electrodes, the electric field is amplified, the current is induced and charges are transferred, thus storing energy.

The electric double layer effect acts like a conventional capacitor, both of them having the same basic characteristics: a capacitance that increases with an increase in the area of the electrodes and a capacitance that decreases with an increase in the distance between the electrodes. The basic difference between a tantalum capacitor and a conventional electric capacitor is that the electrical charge stored in the double layer is much stronger than the electric field created between two metal plates.

The 173D335X0010U tantalum capacitor offers an excellent combination of both small size and high energy storage capacity at low temperatures. These capabilities make the 173D335X0010U tantalum capacitor an excellent choice for a variety of applications, including consumer electronics, automotive, aerospace, medical and telecommunications. Its small size and high energy storage capacity, combined with its excellent high temperature stability and low leakage current, make it one of the most popular capacitors in the market.

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