ETQ-P4M220KVC Inductors, Coils, Chokes

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Fixed inductors are electrical components which provide inductance in an electrical circuit. These inductors store electrical energy by creating a magnetic field, and they can be used to create a resistance to changes in current. ETQ-P4M220KVC is an example of a fixed inductor, and it can be used for a variety of applications. This article will discuss the application fields and working principles of the ETQ-P4M220KVC.

The ETQ-P4M220KVC fixed inductor is primarily used for high frequency AC power supply applications. It is designed for AC circuit applications with power ratings of up to 3.5kV and frequencies ranging from 10kHz to 2.2MHz. The ETQ-P4M220KVC is able to handle large amounts of current and voltage without saturating. This makes it ideal for applications requiring pulsed or rectified power supplies, as well as power sources with high frequency components. The ETQ-P4M220KVC is also well-suited for other general-purpose applications such as switching power supplies, inverters, stabilizers, and test equipment.

The ETQ-P4M220KVC fixed inductor is composed of two ceramic plates that are sandwiched together and filled with a ferrite material. This material is composed of iron oxide and other magnetic particles, which creates a strong magnetic field. This magnetic field is used to store the electrical energy that is used to create a resistance to changes in current. The ferrite material also acts to minimize energy losses, which is important for high frequency applications. The ETQ-P4M220KVC also has a shielding enclosure to prevent external fields and currents from interfering with its magnetic performance.

The ETQ-P4M220KVC is capable of providing high levels of inductance. It is able to provide up to 17µH of inductance, at peak currents of up to 250mA. This makes the ETQ-P4M220KVC well suited for a wide range of applications, including those that involve frequent changes in current due to switching power supplies. The ETQ-P4M220KVC also has a low DC resistance, which helps to reduce energy losses that occur during operation.

In order to maximize the performance of the ETQ-P4M220KVC, it is important to consider how the inductor will be used. The core material, current, and frequency of operation should all be taken into consideration to ensure the best results. It is also important to ensure that the ETQ-P4M220KVC is kept at an appropriate operating temperature. If the temperature is too high, the performance of the device may be degraded.

In conclusion, the ETQ-P4M220KVC is an efficient and robust fixed inductor that is designed for use in high frequency AC power supply applications. It is composed of a ferrite material and a shielding enclosure which helps to prevent interference from external sources. The ETQ-P4M220KVC is able to provide up to 17µH of inductance, at peak currents of up to 250mA. To maximize performance, it is important to consider the application and operating temperature of the device.

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