2510R-48K

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

Fixed inductors, or chokes, are a type of electrical component that are used to provide impedance to alternating current. The 2510R-48K is one such type of choke, providing a specific impedance depending on the application. This article looks at the application field and working principle of the 2510R-48K.

Technology Profile

The 2510R-48K is a type of bushing mount fixed inductor, with a series of slotted holes in the mounting flange. These allow it to be easily secured in a variety of mounting positions. It has a rated current of 4A, and can safely handle up to 6A. The inductance of the 2510R-48K ranges from 1000μH to 500000μH, and has an operating temperature range from -20°C to +125°C.

Applications

The 2510R-48K is most commonly used in applications that require a high-current, low-noise power source. It can be used in power supplies, AC power circuits, and other high-impedance environments. It is also frequently used in automotive circuit designs, providing a reliable and cost-effective solution to many power-related issues. Additionally, the 2510R-48K can be used in applications such as data communications, motors, and robotics.

Working Principle

The 2510R-48K operates by converting the incoming power from AC to DC. It does this by creating a small magnetic field when an AC current is conducted through its windings. This field induces a current in the opposite direction, creating the desired DC voltage. The magnitude of this process is determined by the number of turns in the winding and the value of the inductance. By adjusting these parameters, the 2510R-48K can be used to provide variable levels of power.

Conclusion

The 2510R-48K is a reliable and efficient type of bushing mount fixed inductor, providing a specific impedance depending on the application. It is most commonly used in applications that require a high-current, low-noise power source. It operates by creating a small magnetic field when an AC current is conducted through its windings, which is then used to create a DC voltage.

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