MALIEYN07LV468E42K

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Aluminum electrolytic capacitors are a type of electrochemical capacitor that uses an electrolyte to store electric charge. These capacitors are commonly used in power supplies, filters, and industrial applications. The MALIEYN07LV468E42K is a special type of aluminum electrolytic capacitors that offers excellent performance and high reliability.

The MALIEYN07LV468E42K is a small-sized aluminum electrolytic capacitor that is designed for high-frequency applications. It is encased in a self-healing epoxy that provides superior protection against electrical and mechanical shock, ensuring high reliability. The capacitor is rated for an operating temperature range of -40 to 105℃, a very low ESR of 0.039 Ω and a long life rating of 5000 hours at 105℃.

The MALIEYN07LV468E42K aluminum electrolytic capacitor has a wide range of applications in the automotive, consumer, industrial, and medical markets. It can be used in battery backups, audio amplifiers, motor controllers, and medical equipment. It is suitable for electric power conditioning, energy storage, load balancing, and signal line protection. The capacitor also has excellent high-frequency Snubber and X-capacitor performance.

The working principle of an aluminum electrolytic capacitor is based on the principle of electrolysis. The process of electrolysis involves the movement of ions carrying electrical charge through a solution of electrolyte and a semi-permeable membrane. The movement of ions between the two electrodes results in the storing of electrical charge, which is then used in the capacitor. As the charge builds up, the capacitance increases as well, generating an electric field and allowing energy to be stored.

The MALIEYN07LV468E42K is ideal for applications where size and performance are a priority. Its high-frequency performance, low ESR, and long life rating make it an ideal choice for any application that requires reliable, efficient power management. Thanks to its high capacitance, it is capable of providing power delivery at higher frequencies, reducing overall power consumption. It is also ideal for applications where precision capacitance and high reliability are required.

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