450USH820MEFC35X50

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Aluminum electrolytic capacitors are one of the most commonly used types of capacitors that exist in various electronic and electrical components. They are polar capacitors, so they have two terminals and feature an electric double layer of oxide aluminum that acts as the dielectric layer. While these capacitors are small, they are able to store energy even after the electrical source has been removed from the circuit. This makes them ideal for a variety of applications that require electrical energy storage capacity. The 450USH820MEFC35X50 is one such capacitor, designed to deliver high performance and reliable operations in extreme temperatures.

This particular capacitor contains an encased, aluminum electrolytic core with two contacts. It is powered by a low-voltage, high-current source and is able to sustain a wide range of operating temperatures, including -55°C to +85°C. It is also much smaller than other capacitors, measuring just over 7.6mm in diameter and 11.5mm in length. The 450USH820MEFC35X50 is equipped with a 10mm pin distance and features a rated power overload. It has a voltage range of up to 16V, a capacitance value of 0.68uF and a maximum ripple current of 1.6A.

In terms of application field and working principle, the 450USH820MEFC35X50 is mainly used in battery-powered electronic devices, such as portable fans or battery-powered LED lamps. This capacitor works by trapping the excess electrical energy created by the battery in its dielectric layer. The excess electrical energy is kept in the capacitor as potential energy until the battery is drained and there is a need for the capacitor to release some of this energy. When current is needed, the capacitor will quickly discharge and release the trapped energy.

Additionally, the 450USH820MEFC35X50 is used to reduce voltage spikes and prevent electrical shocks. Its non-solitary capacitance ensures that voltage pulses remain within the operating limits of the circuit and its low-resistance design reduces the heat caused by the current. The independent shaft and lead insulator also help to reduce electrical shocks from entering the capacitor.

Due to its high-performance and resistance to extreme temperatures, the 450USH820MEFC35X50 is suitable for use in a variety of applications. These include automotive electronics, temperature measuring equipment, and medical apparatus. This capacitor can be used to reduce noise, dampen mechanical vibrations, and stabilize voltages in order to maintain electrical balance. It is also suitable for hybrid or mild electric vehicle use, where it helps maintain overall voltage by releasing energy when needed.

In conclusion, the 450USH820MEFC35X50 is an advanced and powerful aluminum electrolytic capacitor that is capable of offering reliable operations even in extreme temperatures. Its features make it an ideal choice for a variety of applications such as automotive electronics, temperature measuring equipment, and medical apparatus. This capacitor is able to store and release energy when necessary, helping to maintain overall voltage balance by dampening mechanical vibrations and reducing noise.

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