EKMG250ELL470ME11D

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Aluminum electrolytic capacitors, also known as electro-lytic capacitors, are split into two different types: polarized and non-polarized. EKMG250ELL470ME11D, a type of aluminum electrolytic capacitor, belongs to the polarized type, the spherical design and crimp-terminal construction making it popular for many applications, such as personal audio, consumer electronics, seismic sensing, and automotive systems.

EKMG250ELL470ME11D aluminum electrolytic capacitors utilize tantalum anode plates with solid electrolytes to create a compact, high-performance capacitor. The device features a high working voltage (250V) and low-ESR (10mOhm) to ensure excellent performance and reliability. Additionally, it offers an extra-long service life of up to 30000 hours, and is designed to withstand temperature variations, shock and vibration.

In terms of its working principle, EKMG250ELL470ME11D aluminum electrolytic capacitors work by storing electrical energy. This is accomplished through the application of an electric field between two metallic conductive plates, separated by a dielectric material, in which electrons are transferred onto the metallic surface. Upon being charged, the capacitor retains charge as long as it maintains connection with a source of electric current. When the capacitor is connected to a circuit, the electric field will cause current to flow, thus charging it up.

The main application fields for EKMG250ELL470ME11D aluminum electrolytic capacitors include audio systems, medical electronics, LED lighting, power supplies and batteries, consumer electronics, and telecom equipment such as modems and routers. Moreover, it is suited for use in automotive power steering and ABS systems, ultrasound imaging and detection instruments, wiring and circuits protection applications, and more.

All in all, aluminum electrolytic capacitors, such as EKMG250ELL470ME11D, offer high performance, long service life, tolerance of temperature variations, and are often used in many different types of applications due to their efficient working principle. Therefore, they are widely utilized in numerous fields, particularly those demanding robust and reliable operations.

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