B43601E2827M87

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Aluminum electrolytic capacitors are one of the most commonly used multi-functional electronic components. They are widely used in power supplies, signal processing circuits, automotive electronic systems, and other sectors. B43601E2827M87 is an aluminum electrolytic capacitor type designed and manufactured by EPCOS, which belongs to TDK Group. It is designed for use in the manufacture of consumer electronics.

The B43601E2827M87 aluminum electrolytic capacitor features four main characteristics: the DC voltage it supports is 400V, the capacitance range it supports is 2.7μF, the ripple current it supports is 1000mA, and the surroundings it works in have a temperature range of -55°C – 105°C. These characteristics make this aluminum electrolytic capacitor very suitable for consumer electronic products.

This product has a snap-in foot which facilitates its integration. It also has a resistance to the rigors of shock and vibration, which makes it an excellent choice for applications where these factors may be present. In addition, its self-healing property and its large dielectric strength also make it a good choice for applications where noise and safety are of major importance.

In terms of working principle, two aluminum foil electrodes are metallized with the positive and negative electrodes and separated by an insulating piece of paper. Then, the pair is immersed in a liquid electrolyte or elastomer. When a voltage is applied across the capacitor, ions travel from one terminal to the other, giving the capacitor its capacitance and enabling it to store and release energy when needed.

In summary, B43601E2827M87 aluminum electrolytic capacitor is designed for use in consumer electronic products, and has four main characteristics that make it attractive and suitable for the task. It also has a snap-in foot for easy integration and a resistance to shock and vibration. Finally, it working principle utilizes ions to travel between its two terminals and electrolyte in order to store and release energy when needed.

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