106-123G

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 components generally used in circuits where impedance scaling of electrical signals or amplification of currents are essential. They are commonly used in communication circuits, amplifiers, voltage regulators and frequency multipliers as well as in RF (radio-frequency) applications, since they provide electromagnetic shielding. They can also be used in a wide variety of other circuits where the size and cost of the inductor do not become too prohibitive.

The 106-123G application field and working principle are related to the wide range of uses and the relatively low cost of the component. This type of fixed inductor is designed to work under extreme temperature ranges, making it suitable for use in all sorts of electrical circuits. Additionally, it is designed to provide a stable performance across its full rated current and voltage range.

The working principle for this particular fixed inductor is based on the Faraday effect. This effect occurs when the inducing force on the coil experiences a disruption, causing the magnetic field to collapse in a small area where it causes a change in the voltage and current characteristics of the coil. This generates a voltage across the coil and the resulting current flowing through the circuit will depend upon the amount of disruption occurring. The current produced will be proportional to the disruption, and the amount of voltage generated by the coil will be dependent on the amount of disruption as well as the inherent characteristics of the coil itself.

The basic circuit for the 106-123G inductor consists of a few components needed to ensure proper operation. These components are the inductor, used to create the necessary magnetic field, a capacitor, used to store energy from the induced current and a pair of resistors, used to match the coil\'s impedance with the output voltage and current levels desired. Additionally, the circuit also includes a diode, used to protect the inductor from voltage spiking.

In closed loop applications, such as power amplifiers, the 106-123G inductor can be used to increase the power of the output signal. The inductor stores energy during one half of the cycle of the output signal, and during the other half cycle, the energy is returned to the output, resulting in an increase in the amplitude of the output signal. This type of inductor has also been found to be very useful in oscillator circuits, as it helps to stabilize the frequency range of the oscillator and in turn, improve overall circuit performance.

The 106-123G type of inductor is a versatile electrical component and can be used in a variety of applications, making it one of the most widely used inductors available. Its capability to work with extreme temperature ranges, together with its small size, make it ideal for many electrical devices. Additionally, its ability to provide a stable performance at a low cost also provide it with a wide range of applications.

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