MKP385551100JYM5T0

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Film capacitors are electronic components that serve to store electric energy in an electric field. MKP385551100JYM5T0 is a film capacitor, which holds the capacity to store large currents with extreme accuracy and minimized losses. In this article, we will take a look at its application field and working principle.

Application Field

Film capacitors, and MKP385551100JYM5T0 in particular, address a wide range of applications within industrial electronics. Its key features, such as RoHS certification, AEC-Q200 approval, low ESR, high ripple current and wide temperature range, make it suitable for multiple use cases. These include power supplies, motor drives, home appliances, industrial automation, measuring instruments, and other sectors.

In power supplies, MKP385551100JYM5T0 provides high power efficiency, high peak current capability, and stable temperature characteristics. Its low ESR reduces the power loss in switch mode power supplies. Additionally, they help reduce filter size and provide improved input line regulation.

In motor drives, MKP385551100JYM5T0 is able to deliver extremely precise energy absorption with less overshoot or undershoot. It provides the fastest smoothing action with minimal power losses.

In home appliances, it ensures high power reliability, minimizing the risks of system failure due to components reaching their maximum temperature. Furthermore, the surge current capacity of MKP385551100JYM5T0 prevents immediate and irreparable damages to appliances in case of sudden current increase.

Finally, MKP385551100JYM5T0 is used in measuring instruments and industrial automation for the same reasons power supplies, motor drives, and home appliances. Its performance in terms of accuracy and reliability helps minimize debugging time during PCB design process.

Working Principle

Capacitors store electrical charge in an electric field. The fundamental principle of storage is referred to as the double-layer effect. An electrical potential is formed when two layers of conductors separated by an insulating medium have an electric current running through them. The current running through the two layers results in an electric field that can be stored. This is what happens in the case of MKP385551100JYM5T0.

When an electric current runs through the capacitor, an electric field is created between two metallic plates that act as electrodes. The electric field causes a charge imbalance between the two plates, resulting in an electrical potential. When the current is removed, the charge is stored and the capacitor has stored energy in the form of an electric field.

MKP385551100JYM5T0 operates at high levels of efficiency and reliability as it is made with a metal-polymer film. This material is an excellent electrical insulator, offering unique thermal and dielectric properties. Its construction also requires no additional components, such as series inductors, resulting in a smaller overall size that enables faster assembly.

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