UHN1A562MHD

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Aluminum electrolytic capacitors, also known as aluminum electrolytic capacitors, are widely used in a variety of applications such as DC filtering, power supplies, motor control, inverters, frequency oscillators, and other electronic equipment. Their most outstanding feature is that they have a large capacitance compared with the same volume.

The UHN1A562MHD is a type of aluminum electrolytic capacitor. It can gain a large capacitance in a relatively small space. It has a height of 5.7mm and a diameter of 2.0mm, perfect for use in space-restrictive and crowded circuit boards. It also combines the advantages of a low ESR (Equivalent Series Resistance) and high ripple current for superior performance in switchmode power supply applications. Having a maximum voltage rating of 6.3V, an insulation resistance of 400 MΩ min, and a temperature range of -40°C to +85°C, the UHN1A562MHD is ideal for use in electronic equipment or components.

The working principles of the UHN1A562MHD are fairly simple. It has two electrodes, one facing straight up and the other facing sideways. The two electrodes are separated by an electrolyte that’s a solution for zinc, bismuth or carbon. When a voltage is applied across these two electrodes, the positively charged ions are attracted to the electrode that’s facing up, and the negatively charged ions are held at the side electrode. This creates a separation of charges, thereby creating an electric field across the two electrodes and allowing for the buildup of potential across the capacitor.

Due to their high capacitance and low ESR, the UHN1A562MHD makes an ideal choice for use as a DC filter capacitor, power supply capacitor, motor control capacitor, or inverter capacitor. They provide the necessary capacitance and voltage levels while operating at temperatures ranging from -40°C to +85°C.

In summary, the UHN1A562MHD is an ideal aluminum electrolytic capacitor to use in many electronic applications. It can handle a maximum voltage rating of 6.3V and an insulation resistance of 400 MΩ min. Even at extreme temperatures ranging from -40°C to +85°C, it can still provide the necessary capacitance needed for applications. The working principle is relatively simple, and it allows for the buildup of potential across the capacitor to occur quickly and efficiently.

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