PA1393.352NL

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Fixed Inductors are passive components that store energy, usually in the form of an electro-magnetic field that is generated by an electric current. They are components of an electrical system that control the flow of current and voltage. The PA1393.352NL application field and working principle is part of this domain.

The PA1393.352NL Inductor is a patented magnetic core wound with Litz wire and constructed with a specific ferrite core material to reduce the amount of DCR. It was specifically developed for use in VGA and high noise immunity channel devices, providing power supply filtering, to minimize the noise on signal lines. Typical application fields of PA1393.352NL include DC/DC converter, resonator, switch mode power supply (SMPS), switch filter, power factor correction, inductor, balun, chokes, common mode filter, flyback transformer, pulse and RF transformer.

The PA1393.352NL Inductor’s working principles are:

• Inductors convert electrical energy into magnetic energy.
• The current flowing through the inductor creates a magnetic field that induces a voltage across the inductor in opposition to the voltage applied.
• As the current (i) changes, the voltage (v) across the inductor will also change. This is known as the inductor’s phenomenon of “self-induction”.
• An inductor also creates a ‘back-emf’, which opposes any increase in current.

The PA1393.352NL inductor offers a wide range of features and benefits that make it suitable for most noise-sensitive, high-performance applications, such as communication systems. Its low DCR and ESR make it ideal for power supply filtering and its very low self-inductance makes it suitable for RF applications. Due to its high inductance value, it can also be used for current amounts up to 1A.

Moreover, the PA1393.352NL inductor is an excellent choice for applications in which a high-impedance electromagnetic (EM) environment is required. Its design provides high-EM shielding and low-EM noise levels, making it especially suitable for automobile and lighting systems. Additionally, the ferrite core material used in the PA1393.352NL ensures low core losses and offers high performance in high-frequency applications.

In conclusion, the PA1393.352NL application field and working principle makes it a perfect choice for applications in electronic circuits, power supplies, and communication systems. Its wide range of features and benefits, make it ideal for a variety of noise-sensitive and high-performance applications. Due to its high inductance value and low DCR and ESR, it is particularly suitable for filtering, power supply filtering, RF applications, and in automotive systems. Additionally, its ferrite core material ensures low core losses and offers high performance in high-frequency applications.

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