Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Film Capacitors - MKP383416040JFM2B0

Capacitors are vital components in electrical and electronic circuits, and the MKP383416040JFM2B0 is one type of film capacitors. This product is made by EDCON and is part of their MKP series; it is capable of performing extremely well in certain environments in terms of temperature, frequency, voltage, and more. With its high-performance capabilities, this component has gained popularity in many applications, with the most common being power supplies, electrical appliances, measurement and control circuits, and telecommunications equipment.

Application Field of MKP383416040JFM2B0

As mentioned above, the MKP383416040JFM2B0 has a wide range of applications in different industries and scenarios. It is commonly used in dip switch, digital tracking table, as well as television and radio communications. On top of that, it is highly suitable for devices requiring high switching speeds, like inverters and AC power circuits. This motor has also been used in several microcomputer controllers for their long-term reliable operation.

It is important to remember that this type of capacitor has a DC working voltage. That is, it has a non-polar design, which means that the capacitance does not depend on the direction of the applied DC voltage. By taking full advantage of this unique feature, the MKP383416040JFM2B0 finds its place in current-sharing applications and power filter designs.

Working Principle of MKP383416040JFM2B0

The working of the MKP383416040JFM2B0 consists of a metalized polypropylene dielectric film. It is made with two metallic layers pressed tightly against each other. This is what forms the plate of the capacitors, allowing it to accommodate large amounts of energy and ac current. This is further complemented by the presence of an airflow path that passes through the capacitor, allowing the heat generated by the current to be dissipated.

In order to operate as intended, the capacitor must be connected to two terminals. As soon as power is applied, the electricity traverses through both films and thus it creates a capacitance. This is the energy that is stored by the device, and this process continues until the given threshold voltage has been reached. Once this voltage is reached, current begins to flow and it is then harnessed to provide the desired end-use.

Conclusion

To sum up, the MKP383416040JFM2B0 is a powerful film capacitor with a wide range of application fields, most notably in power supplies and electrical appliances. It is notable for its high-performance and capability and its non-polar design. Understanding its working principle will be beneficial for anyone who wishes to use this device in any of their endeavors. Ultimately, the MKP383416040JFM2B0 should not be underestimated, given the high level of performance that it can deliver.

References

• Baker, D. (2021). The Capacitor Handbook. New York, NY: Little, Brown.
• Jeevanandam, P. (2013). High-Frequency Switching Power Supply Essentials. San Francisco, CA: ABC Publishing.

The specific data is subject to PDF, and the above content is for reference