B43601E2108M87

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Aluminum Electrolytic Capacitors are passive electronic components used in electronic circuits to store electrical energy. They are chargeable, durable and relatively low cost and occupy a significant part of the market for capacitors.

B43601E2108M87 is a type of aluminum electrolytic capacitor which has some unique features in terms of its application fields and working principles. It is a screw-type, entirely sealed aluminum electrolytic capacitor with lead wire, which means it can be used in a variety of conditions. It features a high rated temperature of 125°C, capacitor temperature coefficients of much lower than other electrolyte capacitors, and long-term operation of up to 20000 hours. Its ripple current is also sufficiently high, outshining similar capacitors in commercial applications.

The B43601E2108M87 is mostly used in telecommunication and power electronics for power-supply units, DC-DC converters, inverters, motor control, and other high-precision control systems.

This type of capacitor is built upon the working principles of electrolytes, which refer to the storage and conversion of electrical energy and electric-field balance between two charged metal surfaces. In the context of B43601E2108M87 capacitors, a dielectric aluminum oxide layer forms between the two electrodes, forming a barrier to prevent the movement of current and thus enabling it to store charge. Depending on its structure, the capacitor can be divided into a dry type and a wet type. The dry type is sealed and insulated with a plastic film and is usually small in size and low in capacity; the wet type is mostly installed in an aluminum case and is usually large in size and requires multiple parts for assembly.

The B43601E2108M87 is a high-quality screw-type, entirely sealed aluminum electrolytic capacitor with lead wire. It is suitable for general-purpose power supplies, motor control, inverters, and other high-precision control systems. It features a high rated temperature of 125°C, a low Capacitor temperature coefficient, and long-term operation of up to 20000 hours. Its ripple current is also sufficiently high, outshining similar capacitors in commercial applications. Due to its high efficiency and excellent safety performance, it is well-suited for use in various environments.

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