UBT1J470MPD8

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Aluminum Electrolytic Capacitors are a type of capacitor with the highest charge storing capacity and energy density, and are widely utilized by industries such as the automotive, aviation, medical, instrumentation, and telecommunications industries. UBT1J470MPD8 is an aluminum electrolytic capacitor with an extended concentration of load life, high temperature of solid aluminum case, and high-temperature resistant insulator.

The typical application fields of UBT1J470MPD8 aluminum electrolytic capacitors include high frequency power inverters, microcomputers, AC servo systems, UPS, DC to DC converters, electric welding machines, lasers, radar systems and automatic control systems. This type of aluminum electrolytic capacitors can also be used as filtering elements, coupling elements, for energy storage and for decoupling.

UBT1J470MPD8 aluminum electrolytic capacitors are designed to stand the rigors of high temperature applications, exhibiting excellent thermal and shock resistance. With a ripple current rating of 4.7Fm@105℃ and a maximum operating temperature of 105℃, they provide high-performance functioning when subjected to frequent thermal or mechanical shock.

The working principle behind UBT1J470MPD8 aluminum electrolytic capacitors is based on Faraday’s law of electrolysis, which states that when an electric current passes through an electrolyte solution, a corresponding amount of the ions present in the electrolyte will migrate and be deposited on either the positively or negatively charged sides of the electrolyte interface. The ions accumulate on the metal surfaces of the electrolyte interface, forming two charged layers separated by a thin layer of insulate material. This is an aluminum electrolytic capacitor and the electric field between these two layers constricts and releases the charge on them. This allows for an electric current to move through the electrolyte solution and by doing so, energy is stored in the electrostatic field between the two metal layers.

Traditional aluminum electrolytic capacitors have relatively low capacitance values and are relatively unreliable with respect to leakage and failure. With their extended service life and higher capacitance values, UBT1J470MPD8 aluminum electrolytic capacitors are designed to address these issues through their improved build quality and electrolyte compatibility. They are designed to provide long-term reliability and stable performance in extreme environmental conditions.

UBT1J470MPD8 aluminum electrolytic capacitors are also designed to meet stringent safety and performance standards. They have been tested for various dielectric and electrical properties, as well as resistance to heat, vibration, shock and other environmental conditions. They are also designed to have a very low resistance to leakage current, which is essential for the exact control of electrical current between different devices or components.

Power capacitance is also an important factor when it comes to UBT1J470MPD8 aluminum electrolytic capacitors, as they are designed to store energy in the form of electromagnetic fields. The higher the capacitance, the higher the stored energy and thus greater power requirements. That is, the higher the capacitance, the higher the power required to maintain maximum performance. The UBT1J470MPD8 aluminum electrolytic capacitor was designed with high-energy storage capacity, high-temperature operation and low ESR, allowing it to remain stable even in the most demanding operating conditions.

Overall, UBT1J470MPD8 aluminum electrolytic capacitors are an excellent choice for industries and applications requiring long-term reliable performance, high power density, and precise energy storage. With their high capacitance values, long operating life, and robust construction, they offer a great solution for demanding high-performance and reliability needs.

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