R46KN347000P1M

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 are commonly used in a variety of everyday electrical products. Typical domains where these components are used include digital circuit boards, audio-processing and signal conditioning, line-by-line AC power conditioning, and high-frequency applications. Film capacitors offer advantages such as low conductance, high dielectric strength, wide temperature range, low parasitics, and low tolerance. The R46KN347000P1M film capacitor is a versatile component that has been proven in a variety of industries and applications.

R46KN347000P1M application field

The R46KN347000P1M is a aluminum polypropylene film capacitor that offers an impressive voltage rating of 600VAC. It is suitable for a wide range of industrial, commercial, and residential applications, including power supplies, HVAC applications, industrial electronics, lighting, power electronics, motor control systems, broadcast and other professional audio equipment, and home-theater system components. It is available in three different tolerance options to meet any specific needs.

The R46KN347000P1M is used in a variety of applications, including power conditioners, film capacitor-coupled amplifiers, high frequency power supplies, induction heating systems, high-efficiency DC motors and speed controllers, oscillation detectors and generators, and RF transistor circuitry. In automotive applications, it is used in fuel-injector controllers, spark-plug ECUs, tachometers and other components.

R46KN347000P1M working principle

A film capacitor is an electronic component made of two thin films of metalized plastic or paper materials separated by a thin dielectric layer. It acts as an energy storage device by accumulating electrical energy between its plates.

The R46KN347000P1M is composed of two thin films of aluminum polypropylene separated by a thin dielectric layer. This film capacitor is able to withstand high power spikes and rapid transients. The two films are charged dynamically to store electrical energy. When a current passes through the capacitor, the positive and negative plates accumulate electrons on their respective surfaces and the electric field creates a potential difference. This potential difference creates a charge and the capacitor stores this energy. The maximum voltage is determined by the intrinsic dielectric constant of the films used in the capacitor construction.

The R46KN347000P1M film capacitor is designed to be an integral part of many consumer devices. It is able to handle high voltages with consistently low electric losses. This makes it an excellent choice for applications where reliability and durability are key requirements.

The R46KN347000P1M capacitor is a reliable and versatile component designed to meet the needs of many industry-standard applications. Its aluminum polypropylene construction provides superior high voltage and high temperature capabilities, and its wide tolerance range allows for flexible design configurations. As such, the R46KN347000P1M is a popular and reliable choice for power supplies, HVAC systems, industrial electronics, and other consumer and commercial applications.

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