PD0120.702NL

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Fixed inductors are electrical components consisting of a length of wire wound into a coil. These components are used in a variety of electronic circuits, most commonly as inductors and transformers. One of the more common types of fixed inductor is the PD0120.702NL, which is used in many different applications. This article will discuss the applications and working principles of the PD0120.702NL fixed inductor.

Applications of PD0120.702NL Fixed Inductors

The PD0120.702NL fixed inductor is a high-performance component designed for use in high-reliability circuits. It is commonly used in a variety of applications, including power management in communications systems, motor control in servo motors and industrial robots, signal filtering and sensing, electromagnetic interference (EMI) shielding, and radio-frequency (RF) circuits. Additionally, the PD0120.702NL can be used in high voltage applications and can operate at temperatures up to 125°C.

Working Principle of PD0120.702NL Fixed Inductors

The working principle of the PD0120.702NL fixed inductor is based on Faraday’s laws of induction. When a current flows through the inductor, it causes the core to become magnetic. This magnetic field subsequently induces a voltage in the coil and produces an electrical current. This phenomenon is known as self-inductance or mutual inductance, depending on the type of inductor. The more turns of wire in the coil, the higher the self-inductance and the higher the voltage that will be created.

Advantages of PD0120.702NL Fixed Inductors

The PD0120.702NL fixed inductor has several advantages over other types of inductors. It has a high saturation current, which allows it to operate at higher currents with minimal core losses. Additionally, it has a low DCR, allowing it to handle frequencies up to 10MHz. The PD0120.702NL also offers excellent thermal stability, allowing it to be used in extreme environmental conditions. Finally, the component has an increased power density, allowing it to be used in circuits with higher current requirements.

Conclusion

The PD0120.702NL fixed inductor is an excellent component for a variety of applications, due to its high saturation current, low DCR, and thermal stability. Its increased power density makes it ideal for circuits with higher current requirements. The component is based on the principles of Faraday’s laws of induction, wherein a current flowing through the inductor creates a magnetic field which induces a voltage in the coil and produces an electrical current. Understanding the various applications and working principles of the PD0120.702NL fixed inductor can help engineers make more informed decisions when designing their electronic circuits.

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