02013J0R4PBSTR Capacitors

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Thin Film Capacitors

02013J0R4PBSTR Application Field and Working Principle

Thin Film Capacitors are metallized ceramic capacitors that are especially suitable for high-frequency or high-voltage applications because they are highly stable. The 02013J0R4PBSTR is a surface mount, slim profile, 3-terminal, Power Factor Correction (PFC) capacitor designed for many industrial and consumer applications. This capacitor has a voltage rating of 2.5kVAC, 4A ripple current, a temperature coefficient of -1000ppm/C, and a life expectancy of 12,000 hours.

The 02013J0R4PBSTR is a resonant type capacitor, which means it works by passing an alternating current through two electrodes: one is made of metal, and the other of ceramic. The voltage applied to the electrodes causes the metal conductor (which forms part of the capacitor) to vibrate at a specific frequency, and this vibration induces a current in the other electrode. This current is opposite in direction to the applied voltage, which is what creates the capacitance.

The 02013J0R4PBSTR capacitor is primarily used for power factor correction (PFC), voltage and current sensing, line filtering, and high voltage support. In the field of power factor correction, the 02013J0R4PBSTR capacitor is used to reduce harmonic distortion and improve the efficiency of a power system. In voltage and current sensing applications, it is used to detect the presence or absence of a supply, as well as to sense changes in line voltage or current. The 02013J0R4PBSTR is also used for line filtering, so that any frequencies or amplitudes that could interfere with the operation of a system can be eliminated. Finally, the 02013J0R4PBSTR capacitor is used for high voltage support, meaning it can be used to reduce the voltage across a load in order to avoid damage or overload.

The working principle of the 02013J0R4PBSTR capacitor is simple- it acts as an impedance, storing energy in the form of an electric field when a voltage is applied across it. This electrical field is called capacitance, and it is measured in Farads. This capacitance can help to filter out the noise in a system, as well as providing a charge that can be used to power the system. The size of the capacitor is also an important factor, as larger capacitors will have a higher capacitance, meaning they can handle more current and voltage. It is also important to note that capacitors can be damaged if they are subjected to excessive voltages or currents, so it is important to use them correctly.

The 02013J0R4PBSTR capacitor is a versatile, high-performance device with many applications. It is especially useful for power factor correction and voltage and current sensing, as well as line filtering and high voltage support. With its slim profile and high reliability, the 02013J0R4PBSTR capacitor is sure to be a dependable choice for all kinds of applications.

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