C0603C-200NJ1T2

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Fixed inductors are one of the important components in the electronic circuit system. Coiled wire is usually used as the core material to produce the inductor. C0603C-200NJ1T2 is a common fixed inductor. It provides stable parameters in the PCB and ensures the safety of the circuit. C0603C-200NJ1T2 can be widely used in different applications as an essential part.

The C0603C-200NJ1T2 fixed inductor provides a high saturation current up to 1.22 A and low DCR 0.23 ohm, allowing it to be used in a wide range of applications such as TV receivers, home appliances, cellular phones, medical equipment and power supplies. Its package is small and thin which can meet the varied requirements in today\'s applications and keep negative influence out of the magnetic field. It is made up of ferrite core and an enameled copper on and this layer helps to minimize the acoustic noise. In addition, the C0603C-200NJ1T2 fixed inductor has a reliable performance in terms of temperature cycling and Q-factor.

The working principle of C0603C-200NJ1T2 fixed inductor is mainly based on the induction principle. When an alternating current passes through the inductor coil, the magnetic flux generated by the current, will induce a current in the inductor coil. The current flowing in the inductor coil is called the induced current or self-inductance current and the voltage-current standing wave ratio is expressed by the inductance of the coil. The self-inductance current will generate a magnetic field in the coil and the magnetic field keeps changing, thus a voltage is induced in the inductor.

To sum up, C0603C-200NJ1T2 fixed inductor plays a significant role in several applications like TV receivers, home appliances, cellular phones, medical equipment and power supplies. It is composed of ferrite core and an enameled copper winding. The working principle of it is based on the induction principle and it has a reliable performance in terms of temperature cycling and Q-factor. Therefore, C0603C-200NJ1T2 can be widely used in electronic circuits as an essential part.

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