A758EK107M1CAAE018

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Aluminum - Polymer Capacitors

Aluminum-polymer capacitors are a type of capacitor featuring an aluminum and polymer system. They are characterized by their ability to combine the characteristics of electrolytic aluminum capacitors with the reliability of polymer capacitors. They are commonly used in both high-frequency applications, such as decoupling capacitors and in motor control, as well as in more general applications.

A758EK107M1CAAE018 Application Field

The A758EK107M1CAAE018 capacitor is an aluminum-polymer type capacitor that stands out for its high temperature rating. With an operating temperature range of -55°C to +125°C and a rated voltage of 2.5V, the A758EK107M1CAAE018 is ideal for applications in harsh environments where a high-temperature rating is required.

The A758EK107M1CAAE018 capacitor is commonly used in automotive applications, such as power systems and motor control. It is also used in industrial and consumer applications, such as power supplies and digital circuitry. Furthermore, since it has a high temperature rating, it can also be used in high-temperature applications, such as lighting, surveillance and high-power amplifiers.

A758EK107M1CAAE018 Working Principle

The A758EK107M1CAAE018 capacitor works by converting electrical energy into a stored energy in the form of an electrostatic field. This stored energy can then be released to return the capacitor to its initial charge state. This cycle is repeated every time an electrical current is applied to the capacitor.

The A758EK107M1CAAE018 capacitor is a combination of layers of aluminum and polymer materials. This combination allows for the capacitor to have both the characteristics of an electrolytic capacitor and the reliability of a polymer capacitor. The layers of aluminum act as an anode, allowing for the transfer of electrons. As the electrons flow through the capacitor, a charge is induced on the plates, which creates an electrostatic field and stores energy.

The polymer layer acts as an insulating material, preventing any electrical currents from passing between the layers, while still allowing the capacitor to hold a charge. Thus, the A758EK107M1CAAE018 capacitor is able to maintain its charge over time, making it reliable and ideal for use in high-frequency applications.

Conclusion

The A758EK107M1CAAE018 aluminum-polymer capacitor is perfect for applications that require a capacitor with a high temperature rating and reliable, long-term performance. It is commonly used in automotive and industrial applications, as well as in lighting, surveillance and high-power amplifiers. The capacitor works by storing electrical energy in the form of an electrostatic field, and is composed of an aluminum and polymer system, which provides both the characteristics of an electrolytic capacitor and the reliability of a polymer capacitor.

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