Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors are polarized energy storing capacitors with superior volumetric efficiency and suitable for use in the electronic circuits of very high power supply systems. They provide excellent performance in applications where high peak currents and voltage transients are required. The EKMS201VSN821MQ35T is an aluminum electrolytic capacitor used in various audio and electrical applications.

Application Fields

The EKMS201VSN821MQ35T is well suited for high power audio and electrical systems. It can be used in high power audio amplifiers, power supplies, audio circuits, high voltage DC supply systems, signal processing and switching circuits. It is also suitable for use in high voltage switching and dynamic power supply systems.

Working Principle

The EKMS201VSN821MQ35T is a polarized device which consists of a dielectric, a capacitor and a conductive aluminum oxide coating on one or both surfaces of the capacitor. The aluminum oxide coating acts as an insulator and passes electricity only in one direction. As current is applied, electrons flow through the capacitor and create an electric field in the oxide layer. This electric field creates a capacitive force which stores energy.

The capacitor\'s effectiveness in an audio or electrical system is determined by its voltage, capacitance, temperature coefficient and rated ripple current. The voltage rating is the maximum working voltage that the capacitor can handle, while the capacitance is the amount of energy that the capacitor can store. The temperature coefficient is the rate of change in capacitance as temperature changes, while the rated ripple current is the peak current that the capacitor can handle. These characteristics determine the capacitor\'s ability to store and release energy when needed, making it an ideal choice for many audio and electrical systems.

Conclusion

The EKMS201VSN821MQ35T is an aluminum electrolytic capacitor that is suitable for use in high power audio and electric systems. It provides superior performance in applications that require high peak currents and voltage transients. Its voltage, capacitance, temperature coefficient and rated ripple current determine its effectiveness in audio and electrical systems. The combination of these characteristics makes the capacitor an ideal choice for many audio and electrical systems.