B82476B1332M100 Inductors, Coils, Chokes

Fixed inductors are electrical components that store energy in an inductive circuit and are important components for circuitry. B82476B1332M100 is a fixed inductor designed for high current applications. It has a higher current carrying capacity and a low temperature rise, making it applicable in numerous electrical projects. In this article, we will discuss the applications and the working principle of B82476B1332M100.

Applications of B82476B1332M100

B82476B1332M100 is used for various applications such as pulse transformers, pulse generators, RF amplifiers, power filters, switch-mode power supplies, power supplies, audio amplifiers, instrumentation, timers and many more. It is also very effective in providing high stability and small signal attenuation in electrical circuits.

B82476B1332M100 is widely used in the automotive industry as a motor starter. It reduces starting current and provides inrush current attenuation, which is very important in automotive applications. It is also used in the aerospace industry as a coil inductor. This inductor has high impedance stability and good transient response, making it suitable for aerospace applications.

In addition, B82476B1332M100 is used in the medical industry for various applications such as MRI, CAT scans, dialysis units and electrocardiograms. It is also used in the telecommunications industry for amplifiers, filters, oscillators and other types of circuit boards.

Working Principle of B82476B1332M100

The B82476B1332M100 inductor operates by the principles of inductance. When electric current flows through a conductor, the magnetic field created by the current induces a voltage in the conductor. This voltage, known as the inductive voltage, is proportional to the rate of change of current.

The B82476B1332M100 inductor converts electrical energy to stored and released energy. When a voltage is applied, the electric current flowing through the inductor induces a magnetic field around the wire which stores energy. When the voltage is removed, the stored energy is released in the form of electric current.

The B82476B1332M100 inductor has a higher current carrying capacity and a low temperature rise. This provides high reliability and reduces the thermal stress on components. It also provides greater power dissipation and higher efficiency in electrical devices.

The B82476B1332M100 inductor also has a more efficient self-heating process. This can reduce or even prevent mechanical failure due to heat. The inductor also offers high impedance stability, meaning that it is capable of carrying higher current levels without any significant drop in operating voltage.

Conclusion

B82476B1332M100 is a fixed inductor designed for high current applications. It offers high current carrying capacity, low temperature rise, high impedance stability and high power dissipation. This makes it suitable for numerous applications in the automotive and aerospace industry, medical industry and telecommunications industry. The working principle of B82476B1332M100 is based on the principles of inductance and it provides efficient energy conversion.