107PUM016M

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Aluminum electrolytic capacitors refer to capacitors with aluminum as the anode and an electrolyte as the dielectric layer. This type of capacitor is usually cylindrical in shape and is primarily used in power electronic circuits requiring relatively large capacitive values. The 107PUM016M is an aluminum electrolytic capacitor designed for use in pulse loads, frequency conversion applications, and other circuits with severe temperature or frequency fluctuations.

The 107PUM016M has a range of features that make it especially well suited for use in those demanding application fields. Thanks to a combination of a high temperature Silicone outer wrap and an internal film design, the capacitors can be used in environments with temperatures of up to -55 to +125° C. The 107PUM016M series features a wide range of capacitance values, from 6.8 uF to 450 uF, and maximum operating voltage of up to 250V. And because of their large volume, they are capable of high ripple and energy storage capacity.

In terms of working principle, the 107PUM016M functions by using an electrolyte to store an electrical charge in the form of ions between two metal plates (anode and cathode). When a voltage is applied to the two metal plates, the positive ions move towards the negative plate, thus creating a stored charge in the capacitor. When the voltage is removed, the ions return to their original positions and the charge is no longer stored.

The 107PUM016M aluminum electrolytic capacitors are widely used in electronic circuits due to their relatively large storage capacity, excellent frequency response, and low ESR. They are also very reliable and durable, making them the perfect choice for high power operation and for applications where a reliable power source is essential.

In conclusion, the 107PUM016M aluminum electrolytic capacitors are ideal for a range of applications. They offer high capacitance values, excellent frequency response, and reliable operation. They are well suited to environments with temperatures of up to -55 to +125° C, and their comparatively low ESR and large volume make them perfect for use in high power applications.

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