730P104X9630

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 represent an important class of capacitors in the field of electricity, providing high-density, low-resistance storage solutions. The 730P104X9630 capacitor is a film capacitor that is designed to provide reliable storage for a wide range of applications. This article will discuss the application field and working principle of the 730P104X9630 capacitor.

Due to its low dielectric losses and high ripple current capability, the 730P104X9630 capacitor is a great choice for power supply decoupling in switching power supplies, systems and sub-systems. It’s also well suited for decoupling of large shunt systems, and can be used for general-purpose filtering and energy storage. The capacitor is also found in high-frequency circuits, acting as a low-pass device, and it can be used in active noise cancellation systems as well.

The 730P104X9630 capacitor is rated for an operating temperature range between -55°C and 85°C, and it has an operating voltage range from 16V to 250V. Its capacitance value ranges from 0.039µF up to 0.22µF, and it can handle currents up to 2A RMS. The capacitor has been tested in applications for over 1000 hours, ensuring reliable operation and high quality performance.

The construction and electrical characteristics of the 730P104X9630 capacitor make it a great choice for a wide range of applications. It is made up of multiple layers of thin film, with each layer having a different dielectric character. The 730P104X9630 capacitor also contains internal electrodes that are insulated from each other, and these electrodes serve as the electrical contact surfaces. The capacitance value of the 730P104X9630 capacitor is determined by the size and shape of the film structure, as well as the type of material used.

The 730P104X9630 capacitor is a capacitor in which the electrical field produced by electric charge is stored in the electric field produced by the dielectric material. Two metal plates, or electrodes, are used to create the capacitor. The area of one electrode is much larger than the other, and this larger electrode is called the plate. The two plates are separated by the dielectric material which acts as an insulator between them. When a voltage is applied to the plate, it stores a certain amount of charge, thus creating an electric field in the dielectric material.

The 730P104X9630 capacitor has a number of advantages in comparison to other types of capacitors. It has a low dielectric losses, so it can be used for sensitive position and calibration applications. It has a high current capability, so it can be used for current source applications. It is also non-inductive, which means it is not affected by inductance and thus can be used in high frequency circuits. Furthermore, it is self healing, so it can handle transient surges and is not susceptible to failure due to sudden voltage spikes.

In conclusion, the 730P104X9630 capacitor has many applications in the field of electricity. It is designed to provide reliable storage for a wide range of systems and can be used for switching power supplies, decoupling in shunt systems, high frequency circuits, active noise cancellation systems, and much more. It is a great choice for position and calibration applications due to its low dielectric losses, and it can withstand high currents in current source applications. The 730P104X9630 capacitor is a great choice for a variety of applications where reliable, high-density, low-resistance storage is required.

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