E36D750HPN113TDA5N

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Aluminum electrolytic capacitors are components found in a range of electronic circuits, from consumer electronics to industrial equipment. The E36D750HPN113TDA5N is an example of an aluminum electrolytic capacitor and is suitable for a range of applications. In this article, we will focus on the application field and working principle of this capacitor.

Application Field of the E36D750HPN113TDA5N

The E36D750HPN113TDA5N aluminum electrolytic capacitor has a wide range of applications. It is suitable for a variety of low-frequency analog and digital circuits, where having a stable voltage supply is important. These capacitors are often used in power supplies, voltage regulators, impedance matching circuits, and timing circuits. They can also be used on printed circuit boards as decoupling capacitors, bypass capacitors, and noise suppression capacitors.

Working Principle of the E36D750HPN113TDA5N

An aluminum electrolytic capacitor consists of two aluminum foils, which are separated by an insulation (separator) and rolled up into a cylindrical shape with electrolyte in between the foil. One of the aluminum foils is etched with a large number of parallel "fingers" and acts as the anode. The other aluminum foil is smooth and acts as the cathode. This capacitor provides a high capacitance by having a large surface area. When a voltage is applied across the capacitor, an electric field is established.

The electric field causes dielectric polarization within the electrolyte, which reduces the surface area of the capacitor’s electrodes and thus reducing the capacitance. The magnitude of this effect is determined by the strength of the electric field and the composition of the electrolyte. This is the basic working principle of the E36D750HPN113TDA5N aluminum electrolytic capacitor.

Conclusion

The E36D750HPN113TDA5N aluminum electrolytic capacitor is suitable for a range of low-frequency applications, including power supplies, voltage regulators, impedance matching circuits, and timing circuits. Its working principle is based on the capacitor’s electric field causing dielectric polarization of the electrolyte, which reduces the capacitance.

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