KMH50VS472M22X45T2

Aluminum electrolytic capacitors are a key component of an electronic circuit and are commonly used in various applications from high frequency to low voltage. KMH50VS472M22X45T2 is one type of aluminum electrolytic capacitor. This type has a wide application field and different working principles.

KMH50VS472M22X45T2 aluminum electrolytic capacitors are widely used in a variety of applications, including power electronic, automotive, consumer electronic, industrial electronics, medical field and energy industry. Specifically, in power electronic, the capacitance of KMH50VS472M22X45T2 capacitors can be used to increase power supply stability, reduce harmonic interference and improve motor power factor, especially in Power generation, switch mode power supply, UPS, inverter and servo motor. In the automotive industry, KMH50VS472M22X45T2 aluminum electrolytic capacitors are a major component in power distribution circuit, which can provide starting capacitance for motor and reduce peak current when starting electric motor, as well as provide a power stabilization together with other energy equipments such as starter, dynamic coupling and alternator. In addition, KMH50VS472M22X45T2 aluminum electrolytic capacitors are used in industrial electronics related items such as elevators, escalators, quick POS clover, digital display systems and electronic weighing scales. In the medical field, they are used in medical diagnostic equipment and medical catheter, monitor and other medical inspection equipment. In the energy field, they are applied in solar system, wind power system and energy storage system.

KMH50VS472M22X45T2 aluminum electrolytic capacitors are an electrochemical capacitors produced specialized for electrolysis. They consists of a pure aluminum foil electrodes as anodes and activated carbon material as cathode, which is rolled together and placed in an electrolyte solution. Its working principle can be denoted as processes of oxidation-reduction reaction. The pure aluminum foil electrodes in the capacitor anode reaction with water in electrolyte solution to form anodic oxide film as dielectric. Anodic oxide film has strong stability and high insulation, thus, it can greatly enhance the capacitor performance. On the other hand, the carbon material as cathode observed a reaction with the electrolyte solution to form the activated cathode layer. The activated cathode layer will attract further electrons from the aluminum foil anode due to electrostatic induction, thus, completing the capacitor charging process. Consequently, this process can form an electrical double layer and make it possible for capacitor to store energy in its electric field.

In conclusion, KMH50VS472M22X45T2 aluminum electrolytic capacitors are mainly used for power electronic, automotive and other electronics related applications. Its working principle are consists of oxidation-reduction reaction, forming anodic oxide film and activated cathode layer and it is able to store energy in its electric field.