C0603C-330NG1T3

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Fixed inductors (Figure 1) are resistors that are designed to help filter AC power from the main power supply. The C0603C-330NG1T3 is a fixed inductor manufactured by TDK. It is a device used to attenuate high frequency noises and control the ripple voltage. This article will be discussing the application field and working principle of the C0603C-330NG1T3.

Application Field

The C0603C-330NG1T3 has numerous applications in the electronic industry. It is used as a high frequency noise filter, reducing the ripple voltage in DC power supplies. It is found in circuit designs of power supply equipment, display equipment, telecommunications equipment, and digital home appliances such as HD recording equipment. This fixed inductor has a long life expectancy, rated for 100,000 hours, withstanding vibration and shock. In addition, it has a low solder heat resistance of 175°C. Furthermore, it boasts a maximum isolation voltage of 5000 Vrms and a maximum operation resistance of +85°C.

Working Principle

The core of the C0603C-330NG1T3 fixed inductor is composed of a ferrite core with a wound wire. Electromagnetic induction occurs when a current passes through this winding - this generates a magnetic field, which is applied to the coil. When AC power is passed through the coil, the result is an electromagnetic inductance, allowing only low-frequency signals to be transmitted. The AC current is converted into AC voltage, and the AC voltage is converted into DC voltage, reducing the ripple voltage. Moreover, electrical noise in the power arises when AC current flows. This noise can interfere with the smooth operation of the system. The C0603C-330NG1T3 helps reduce the amount of noise by absorbing the high frequency noise through the inductance.

Conclusion

The C0603C-330NG1T3 fixed inductor, manufactured by TDK, is an ideal component for a variety of applications requiring low ripple voltage and attenuation of high frequency noise. It is used for filtering power supplies in a wide range of products. Additionally, its long life expectancy and high mechanical stability makes it resilient to vibration and shock. It is also capable of handling high isolation voltages and temperatures up to +85°C.

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