50PK1MEFCTA5X11

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Aluminum electrolytic capacitors (AEC) are capacitors that are electrochemically-formed using an oxide layer on the anode surface. AECs consist of two aluminum foils held together by wound sintered anode material, which is then immersed in an electrolyte and housed in a material of either plastic case or metal can. AECs have a wide range of uses and applications. To give some examples, they can be used as energy storage devices, in consumer electric devices such as TVs and radios, for motor control in industrial applications, as part of an alternative energy system for alternative energy electric vehicles, and as filters in power electronics. One particular type of AECs commonly used today are the 50PK1MEFCTA5X11, an AEC with an operating voltage range of 420VDC and a capacitance of 100µF. This AEC has a high insulation resistance, shock-, and dust-resistance. It also has high-temperature performance, low ESR, good solderability, and low leakage current. In terms of the working principle of the 50PK1MEFCTA5X11, it operates on a positive and negative charging principle. The positive charge is usually supplied by an external power source, and negative charge is accumulated in the AEC due to the electrolyte film formed over the anode material. An electrical response is created from the alternating charge and release of the negative energy, resulting in a potential difference. This charge cycle continues until the capacitor reaches its rated voltage, thus allowing for the desired capacitance. When compared to other capacitors, AECs have superior voltage, capacitance and temperature capability. They are also able to achieve a relatively large capacity without a significant increase in size, making them highly suitable for consumer-level applications. Overall, AECs are ultra-stable components that offer a wide range of robust, energy-efficient solutions for a variety of applications. The 50PK1MEFCTA5X11, in particular, provides excellent performance and reliability, making it a great choice for various applications requiring high voltage, capacitance and temperature performance.

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