UBT2V330MHD8TN

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Aluminum electrolytic capacitors, or ‘electrolytics’, are one of the most common types of capacitors found in electronic circuits. They consist of two metal plates – one metal and one aluminum – that are separated by an electrolytic solution or paste. This solution or paste holds a charge that builds up electromagnetically when a voltage is applied. The UBT2V330MHD8TN is a type of aluminum electrolytic capacitor.

The UBT2V330MHD8TN is a high-torque, full-temperature, and long-life capacitor that can work for up to 3000 hours at -40 degrees Celsius. It has a very good alternating current capability and low ESR, making it ideal for an array of applications. It has a rated voltage of 330VDC with a capacitance of 10uF to 330uF. It has a temperature range of -40°C to +85°C and a voltage of 2-16V.

Typical applications of the UBT2V330MHD8TN include electric power, home appliances, automotive, rail transportation, LED lighting, and more. The UBT2V330MHD8TN is widely used in power supplies, as well as in rectifiers, converters, and inverters. This capacitor offers excellent surge current protection and high working voltage at both high and low temperature ranges.

The working principle of the UBT2V330MHD8TN is based on the Faraday’s Law of Electrolysis. This law states that when a voltage is applied to two electrodes in an electrolytic solution, ionic current will flow in the space between the two electrodes. This ionic current then creates an electrical field between the electrodes, which creates a charge. The charge builds up until the voltage, or electric field, reaches the so-called ‘threshold voltage’. At this point the charge becomes a static electrical field and the capacitor is said to be ‘charged’. When the voltage is removed, the static electrical field continues to remain and the capacitor is said to be ‘discharged’.

In conclusion, the UBT2V330MHD8TN is an aluminum electrolytic capacitor suitable for a wide range of applications. Its high torque and long-life capabilities make it ideal for applications that require long-term operation. Its Faraday’s Law based working principle – where voltage is applied to two electrodes in an electrolytic solution, causing an electrical field to build up until the capacitor is charged or discharged – is responsible for its excellent surge current protection and high working voltage.

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