IFSC0806AZER1R5M01

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 are electrical circuit components that are designed to resist change in their electric current when the voltage varies. They are typically used for purposes such as aiding the power supply, allowing for regulation of frequency-dependent circuits, or providing coupling or filtering. The IFSC0806AZER1R5M01 is a type of fixed inductor, and it has a variety of uses in circuit design.

The IFSC0806AZER1R5M01 fixed inductor has a maximum inductance of 8uH and a maximum current of 4.8A. Its working principle is fairly straightforward: when external current flows across its coils, the inductor will resist any change to the current. As the voltage of the signal changes, the inductor remains unaffected, making it ideal for power supplies and frequency-dependent circuits. In addition, due to its high maximum current rating, the IFSC0806AZER1R5M01 can also be used for signal filtering and coupling.

In terms of applications, the IFSC0806AZER1R5M01 fixed inductor can be used for a variety of purposes. For example, in power supply applications, it can be used to regulate voltages and smooth current build-ups, thus improving system performance. In frequency-dependent circuits, the inductor’s resistance to signal changes makes it ideal for preventing interference from undesired signals. In other electronic equipment such as audio amplifiers, the IFSC0806AZER1R5M01 can be used for signal filtering or coupling.

The IFSC0806AZER1R5M01 fixed inductor is also relatively easy to use. It includes a voltage sensing terminal, which allows the user to conveniently measure the inductor’s operating voltage even at a relatively low frequency. Its peak current rating of 4.8A also ensures that the IFSC0806AZER1R5M01 can support a variety of high-current circuits without becoming saturated.

Overall, the IFSC0806AZER1R5M01 fixed inductor is a versatile device that can provide stable performance in a variety of electronic circuits. Its robust construction and stable inductance readings ensure that it is able to resist voltage changes, improve power supply performance, or provide signal filtering or coupling. Furthermore, its easy-to-use design, coupled with its high peak current rating, make it suitable for a variety of applications.

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