E82D401VQT122MC50T

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Aluminum Electrolytic Capacitors are used widely for a variety of applications, among which the E82D401VQT122MC50T capacitors are proven to be extremely effective in applications that involve high frequencies. These capacitors are available in both cylindrical and rectangular designs, and optimize the performance of the system in which they are applied.

The E82D401VQT122MC50T capacitor is a radial, non-polarized electrolytic capacitor. The tantalum core is surrounded by a layer of aluminum oxide which acts as an insulation material against the dielectric effect of the tantalum core, providing an effective capacity of 400V. This capacitor is available in capacitance values of up to 1,485F, and can handle peak currents of up to 122mA.

The main application of E82D401VQT122MC50T capacitors is in high frequency or high speed systems. This type of capacitor is able to store and release energy effectively and quickly, making them suitable for systems with transient loads and large amounts of power going in and out. These capacitors also have a high ripple current, which helps to maintain constant voltage in the system, allowing for more reliable output. Additionally, the non-polarized design makes them suitable for AC applications.

In addition to their application in high frequency systems, E82D401VQT122MC50T capacitors also have several other applications such as power supply three-phase motor control, active filters, power FETs, voltage regulators, and decoupling capacitors. They are also useful in audio systems, where they can provide an additional pathway for filtering and limiter signals.

The E82D401VQT122MC50T capacitor operates based on the principles of electrochemistry. This particular capacitor is composed of two layers of tantalum and aluminum oxide. When a voltage is applied, ions from the tantalum layer move to the aluminum oxide and accumulate on its surface, forming a thin insulating layer. This layer stores energy and regulates the current that flows through it. The size and type of the capacitor determine the capacitance and voltage it is able to handle.

The performance of the E82D401VQT122MC50T capacitor is determined by its ability to handle high frequency and transient peak currents. The capacitor must also be able to store and release the energy that it accumulates to power the system. As such, these capacitors can provide reliable performance in a variety of environments and applications.

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