UKZ1H470MPM

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Aluminum Electrolytic Capacitors are widely used in many electrical and electronic applications as they provide effective energy storage over a wide range of temperatures and frequencies. The UKZ1H470MPM is one such capacitor which is designed to be used in a wide range of applications from general power supply use to automotive applications.

The UKZ1H470MPM aluminum electrolytic capacitor is a Snap-In type. It has a rated capacitance of 47uF at 10V and an operating temperature range of -40C to +85C. It has an aluminum shell with a polypropylene/polypropylene (PP/PP) dielectric material, a lifetime of 1000 hours at 85C, a leakage current of 5.0μA max at 20C, and a rated ripple current of 5500mA at 85C.

This capacitor is used in many automotive applications such as power supply circuits, electronic control systems, and audio systems. It is suitable for use in dc-dc converters, motor controllers, and DC-Link applications, and can be used for voltage regulation and AC/DC conditioning.

The UKZ1H470MPM capacitor works on the principle of electrical double-layer capacitance, where two layers of ions are formed on opposite sides of an electrolyte which is an ionically conductive substance. When a voltage is applied, these two layers move and accumulate oppositely charged particles, which store energy.

The capacitance of the UKZ1H470MPM capacitor is determined by its geometric parameters, namely the length of the electrolyte, the radius of the upper and lower electrodes, and the spacing between them. The capacitance increases with increasing radius, while the length decreases. The working frequency of the capacitor is determined by the amount of time required for the ionic layers to move and the current to accumulate.

The UKZ1H470MPM aluminum electrolytic capacitor provides excellent performance due to its high capacitance, high voltage rating, and long life. It is designed for use in a wide range of applications, from general power supply use to automotive applications, and offers excellent resistance to shock, vibration and temperature changes. It is an efficient solution for high frequency and high current applications, and due to its high ripple current rating, it can handle high power surges.

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