BH074D0684JDA

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 electric double-layer capacitors operating under the same basic principle as regular capacitors, except for one main difference. Unlike regular capacitors, film capacitors utilize dielectric films made from organic or synthetic compounds as the insulating medium between the two electrodes. Such films are usually extremely thin and can withstand much higher voltages than normal ceramic or paper capacitors. BH074D0684JDA is an example of a film capacitor, widely used in a variety of applications.

The BH074D0684JDA is a type of film capacitor which is designed with a dual lead construction, one end of the capacitor being open and the other end having two terminals. This design allows the capacitor to be connected in series or parallel circuits as desired. Its main purpose is to provide very high-performance power filtering or decoupling in switching power supplies, high-end audio amplifiers, radio systems and other electronic equipment. In the BH074D0684JDA, the electrodes are made from foil, which are insulated with a combination of polypropylene and Mylar. This unique combination provides extremely low ESL (equivalent series resistance) and excellent performance in high frequency applications. The capacitor is also rated for very high current, making them ideal for electromagnetic interference (EMI) applications.

The working principle of a film capacitor is much the same as that of any other capacitor. It is an energy-storing device in which two electrical conductors, separated by an insulating material, are held apart and isolated from each other. When a potential difference is applied across these two terminals, a charge, equal in magnitude and opposite in sign, accumulates on each electrode. This charge creates an electric field which stores energy proportional to the amount of charge held on the capacitor. This stored energy can then be released either instantaneously or gradually, depending on the particular application. The BH074D0684JDA is designed to offer great storage capacity and low ESL, making it well-suited for high frequency applications.

The BH074D0684JDA is a highly reliable electrostatic component that is widely used in many different types of applications. It is widely used in RF/microwave systems, satellite communications, audio-video equipment, and other telecom systems. In addition to this, the capacitor also finds use in high frequency power systems, EMI suppression, LCD backlighting, and many other power supply filtering applications. It is designed to be used in high density, high performance, and wide temperature range applications.

The BH074D0684JDA possesses great features such as high frequency operation, low-ESR, long life, and environmental robustness. Due to its high performance and reliability, the capacitors are suitable for use in a wide range of industries including automotive, aerospace, medical, military, and more. The size of the BH074D0684JDA is also significantly smaller than that of its ceramic and paper capacitor counterparts, and it offers significant savings in any circuit board space that it is used in.

The BH074D0684JDA is a high performance, high voltage film capacitor, widely used in a variety of applications. It operates using the same basic principle as other capacitors, however it uses a dielectric film made from organic or synthetic compounds as the insulating medium between the two electrodes, providing a determination of greater reliability and higher performance. Its unique dual lead design enables it to be used in series or parallel circuits for higher performance and power delivery. It is designed for very high current applications, making it well-suited for EMI applications, in addition to a number of other power filtering and decoupling applications. Thanks to its high performance and cost savings, the BH074D0684JDA is widely used in a variety of industries, and it has established itself as a reliable and versatile electrostatic component.

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