36DX242G050AA2A

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Aluminum electrolytic capacitors belong to a type of capacitors that use an electrolyte to store a charge. They are widely used in electronics and power management applications. The 36DX242G050AA2A is an aluminum electrolytic capacitor manufactured by KEMET Corporation, and it can be used in a variety of applications and configurations.

The 36DX242G050AA2A is a miniaturized version of the larger tantalum can capacitors. It is characterized by its low ESR and high ripple current-handling capability. This device is ideally suited for use in high voltage applications, such as in circuits where power supply filtering and decoupling is required. The device can also be used in applications such as radio frequency (RF) transmitters and receivers, in power supplies, and in signal conditioning circuitry.

The 36DX242G050AA2A has a capacitance rating of 0.68uF, with a voltage rating of 50V. The device also features a self-healing structure and is capable of withstanding a rated ripple current of 2.5A. The capacitor has an equivalent series resistance (ESR) of 22.94mOhm and a dielectric strength of 4400V. The device is designed to provide reliable and stable performance in high temperature and humidity conditions, and its surface mount technology (SMT) construction makes it highly compatible with existing systems.

This capacitor is designed with an internal wet electrolyte which stores and disperses the charge. The device has two leads which are connected to the electrolyte at each end of the capacitance. The two leads are insulated with metal plates. As electric current passes through the electrolyte, a charge is stored between both plates. This stored charge forms a dielectric layer which acts as an insulator, allowing a certain amount of voltage to pass through. The electric current passing through the plates also causes a slight current to flow through the electrolyte, allowing the capacitance to charge faster than with a non-electrolyte capacitor.

The 36DX242G050AA2A aluminum electrolytic capacitor is a highly reliable device, designed for use in a variety of high voltage applications. Its self-healing structure and low ESR makes it an ideal choice for power management, RF transmission, and signal conditioning applications. Its high ripple current-handling capability provides superior performance in a variety of environments, and its SMT construction allows for easy integration into existing systems.

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