135D108X9015K2

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Tantalum capacitors are one of the most versatile electronic components available, with a variety of important uses in modern electronics and electrical systems. One of the most popular models, the 135D108X9015K2, is a capacitor designed with a wide range of applications in mind. This article will discuss the various application fields in which the 135D108X9015K2 may be used, along with a summary of its working principle.

The 135D108X9015K2 is a polarized electrolytic capacitor. It consists of two metal conducting plates, separated by an ionic conducting material, known as an electrolyte. When voltages are applied, the electrolyte transfers electrons between these two plates, creating a static electrical charge. This process is known as ‘polarization’.

Tantalum capacitors are capable of providing many different benefits to the electronics they are connected to. The 135D108X9015K2, due to its design, is especially well-suited for use in filtering and decoupling circuits. Decoupling capacitors help reduce the amount of electrical noise created by other components in a circuit, while filtering capacitors can dampen or reduce unwanted frequencies in the circuit.

The 135D108X9015K2 is also suitable for audio systems and power supplies, where it can be used to reduce the effects of voltage variations. In this application, it can help to ensure stable signal transmission, and prevent unwanted interference due to static generated from other components in a circuit. This kind of capacitor is also popular in the motor control industry, where it can be used to reduce the effects of series resonance.

In addition to its value in filtering and decoupling circuits, the 135D108X9015K2 can also be useful in low-voltage gas coupled circuits, and can be used to decouple high frequency signals. It is also suitable for use as a deflection capacitor in television sets, or as an electrostatic shield in power supplies.

The 135D108X9015K2 is a capacitor composed of a tantalum core covered in a layer of either MnO2 or Al2O3, depending on the application. The tantalum core is encased in a metal casing, which provides electrical insulation to the capacitor, preventing any leakage of current.

The working principle of the 135D108X9015K2 is similar to that of other polarized capacitors. When a voltage is applied to the capacitor, electrocatalysis takes place, which transforms the AC power into a DC voltage. This resulting electric charge is then stored in the capacitor until a reversal of the current direction occurs. When this happens, the capacitor releases its stored electric charge into the circuit, providing a constant voltage until the current direction is reversed again.

In summary, the 135D108X9015K2 capacitor has a range of applications in modern electronic and electrical systems, including use as a decoupling, filtering and power smoothing capacitor. It is composed of a tantalum core, covered in a layer of MnO2 or Al2O3, and encased in a metal casing. Its working principle uses electrocatalysis to convert AC power into a DC voltage, which is then stored in the capacitor. Its use in filtering and decoupling circuits, audio systems, power supplies, and motor control systems provides valuable benefits to the systems that use it.

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