SRN8040-6R8Y Inductors, Coils, Chokes

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Fixed inductors have been used in a wide range of applications, such as power supplies, radio frequencies, audio systems, motor controls and automotive electronics. The SRN8040-6R8Y inductor is a fixed inductor typically seen in power-electronic applications, such as motor control and automotive electronics.

The SRN8040-6R8Y is a surface-mount, fixed inductor. It features a rectangular shape with eight pins on either side for easy mounting. It has an inductance value of 6.8 mH and a rated current of 1.0 A. It has a maximum operation temperature of 105°C and an operating frequency range of 0~200kHz. The number of turns used in the inductor coil is 0.16.

The main job of the fixed inductor is to create a magnetic field that resists changes in current. It does this by storing energy in a magnetic field when current is increased, essentially creating a kind of resistance to the current. The stored energy in the magnetic field is then released when the current decreases. This is known as the inductance effect. Fixed inductors have the advantage of being able to resist changes in current without being affected by external factors, such as temperature or electromagnetic radiation.

The SRN8040-6R8Y is designed to be used in high power applications, such as motor control and automotive electronics. It can be used to filter out high frequency noises and to limit current surge, as well as to provide a stable current. The structured design enables the inductor to dissipate heat quickly and be used in high temperature environments, such as in automotive electronics. The large inductance value and the rated current of 1.0 A make the SRN8040-6R8Y ideal for use in power-electronic applications.

The SRN8040-6R8Y fixed inductor is an ideal choice for high power applications. The combination of its high rated current and large inductance value make it well suited for power-electronic applications. The structure of the inductor is designed to quickly dissipate heat, making it suitable for high temperature environments. It can be used to filter out high frequency noises and to limit current surge.

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