MKP1839433134HQR

Film Capacitors

MKP1839433134HQR Application Field and Working Principle

Film capacitors are a type of capacitors that use plastic film as the dielectric. They have nearly limitless applications, ranging from consumer electronics to industrial chargers and storage solutions.

MKP1839433134HQR is one of the most advanced film capacitors available today. This model is a high-precision, high-temperature film capacitor that is designed for extreme reliability in high-powered electronic devices. It has a polypropylene dielectric which enables it to be used in high temperature conditions without any performance degradation. This model is also designed with a very low equivalent series resistance, making it ideal for surge and fault protection, acceleration, and other circuitry where precision and stability are required.

The working principle of the MKP1839433134HQR is quite simple but highly effective. This model uses a combination of two capacitors – one in series with a dielectric material and another in parallel – to store an electrical charge. The total capacitance of the two capacitors, referred to as the "equivalent capacitance", is greater than that of a single capacitor, allowing the device to store more charge and provide a higher dielectric strength.

In terms of application, the MKP1839433134HQR is suitable for a wide range of applications, including:

• Automotive Electronics
• Medical Equipment
• Power Supplies
• Telecommunication/Data Communication
• Industrial Controls
• Consumer Electronics
• Outdoor Lighting
• Inverters and UPS

The MKP1839433134HQR is also designed to provide superior temperature performance over traditional polymer film capacitors. It has a rated temperature range of -40°C to +105°C, making it ideal for use in a variety of climates and environmental conditions. In addition, the MKP1839433134HQR is designed for use in high power applications and features a maximum voltage of 6.30V.

Overall, the MKP1839433134HQR is an excellent choice for high-reliability, high-temperature applications. It\'s reliable, safe, and designed for extreme performance and stability. With its wide range of applications, it can easily be integrated into a wide variety of devices, allowing for a reliable and efficient way to manage and store electricity.