105-121K

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 generally classified into two broad categories: fixed inductors operating in the interconnect region (105-121K) and those operating at frequencies below 21 MHz.

Fixed inductors in the 105-121K range are typically made from copper, ferrite or other nonmagnetic materials. They are usually wound in a coil configuration and their inductance is determined by the number of turns and the diameter of the wire used. The winding configuration, the wire material, and their size are all important factors to consider.

The primary application of fixed inductors in the 105-121K range is for interconnect applications. These high-frequency capacitors are used to connect devices together in a circuit, such as audio filters and power supplies. The inductors suppress EMI/RFI, enabling high-speed communication. They help protect against signal distortion and allow for high-speed data transfer. Due to their high frequency operation, fixed inductors provide high bandwidths.

Fixed inductors in the 105-121K range typically have a core material comprised of a ferrite or other nonmagnetic material such as aluminum. The core material usually has a high relative permeability which helps increase the inductance of the device. The core material also helps reduce the size of the inductor and reduce its losses.

The working principle of fixed inductors in the 105-121K range is similar to that of other inductors; when a current passes through the coil, a magnetic field is created, inducing a voltage in the coils. This voltage, known as the self-induction voltage, is proportional to the rate of change of the current. The formula for the self-induction is E = L di/dt, where E is the self-induction voltage, L is the inductance, and di/dt is the rate of change of the current. As the electrical current through the coil increases, the magnetic field increases, leading to a corresponding increase in the self-induction voltage.

Fixed inductors in the 105-121K range are usually designed to withstand high temperatures and power levels. They are also highly efficient and do not require external heat sinks for heat dissipation. These inductors have a wide range of applications, such as filtering, magnetic field generation, and electrical power conversions.

In conclusion, fixed inductors in the 105-121K range are used in a variety of applications for interconnections and electrical power conversion. These inductors feature a high relative permeability and are designed to be highly efficient and reliable. They provide high bandwidths and are able to handle high current levels without requiring additional heat management. The working principle is similar to that of other inductors, in that a voltage is induced in the coils when a current passes through them.

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