2512061527Y0 Filters

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

Ferrite Beads and Chips are a type of magnetic core component that can be used in a variety of applications. The 2512061527Y0 is a common type of ferrite chip, commonly used in audio frequency and come inductive electronic circuits. It is sometimes referred to as a “ferrile,” as it provides an efficient magnetic barrier for frequencies below 1 MHz, and is also known as a “bead” due to its shape and size.

The 2512061527Y0 is composed of two smaller ferrite sections, each with its own set of magnets. The “Y” section houses the primary magnetic coils, while the “O” section contains the secondary magnetic coils. When the 2512061527Y0 is energized, these two sets of coils interact to create a strong, adjustable magnetic field.

The 2512061527Y0 operates by inducing electrical current in the secondary coil, creating an opposing magnetic field that resists the movement of current. This opposition to current is known as impedance, and can be adjusted by moving the two ferrite pieces closer or farther apart. In audio applications, increasing or decreasing the impedance alters the frequency range of the audio signal, allowing for adjustable treble and bass effects.

The 2512061527Y0 can also be used in inductive electronic circuits. By connecting the ferrite chip to a capacitor and then connecting that capacitor to an inductor, the chip can create a frequency-dependent inductor. The 2512061527Y0 can break up the frequencies of the inductor, allowing engineers to filter certain frequencies and create a desired electronic response.

Ferrite Beads and Chips can be used in a variety of applications, from audio frequency electronic circuits to inductive circuits. The 2512061527Y0 is a common type of ferrite chip, composed of two small sections and used to adjust the impedance of audio signals or create frequency-selective inductors. By energizing the chip, a powerful magnetic field is created that resists the movement of current, allowing engineers to adjust the audio frequency or inductive response with precision.

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