AISC-0402F-48NJ-T

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Introduction

The AISC-0402F-48NJ-T is a fixed inductor that is widely used in various applications ranging from radio frequency technology to consumer electronics. It is typically used in circuits where high frequency performance is important and typically found in circuits containing high frequency oscillators, voltage controlled oscillators, signal filters, resonators, loudspeakers, RF amplifiers, mixers, and noise cancelling systems. This inductor is a great choice for engineers looking to maximize performance in high-frequency applications, as it is designed with a unique construction that allows it to outperform other inductors in the same class.

Construction

The AISC-0402F-48NJ-T is constructed with a unique construction that allows it to outperform other inductors in the same class. It is a miniature piece of electronics, with a miniaturized rectangular core made from metalized polypropylene. This core is combined with a layer of air-wound, high-impedance metallization and is coated with a layer of thermoplastic material. Together, these components provide the AISC-0402F-48NJ-T with high-performance in terms of maximum efficiency, high-frequency performance, low-density, and low power consumption.

Application Field

The AISC-0402F-48NJ-T can be found in a variety of different applications. In radio frequency applications, such as television receivers, receivers, radios, and cellular phones, the AISC-0402F-48NJ-T can be used to form part of the oscillator or other RF-related parts. The component can also be used in consumer electronics, such as digital video disc players and laptop computers, where it is used to form part of the thermal-control circuits. The inductor is also frequently found in medical applications, such as in ultrasound and MRI machines, as well as various its various industrial applications including avionics and robotics.

Working Principle

The AISC-0402F-48NJ-T works by producing an electromagnetic field in response to a changing current. When the current through the inductor is increased, the resulting electromagnetic field causes the inductor to create a store of magnetic energy, which is then released back into the circuit when the current through the inductor is decreased. This phenomenon is known as inductance, and is essential in many different types of circuits, from timers and clocks to amplifiers and radio frequency networks.

In addition, the physical construction of the AISC-0402F-48NJ-T allows it to maximize efficiency and increase the performance of high-frequency circuits. This is because the high-impedance metallization and thermoplastic coating reduce the amount of inductance lost in the component. In other words, this component can produce more driving energy in response to a given current than many other types of inductors.

Conclusion

The AISC-0402F-48NJ-T is an effective solution for engineers looking to maximize performance in high-frequency applications. This component is also a great choice for radio frequency circuits, consumer electronics, medical devices, and various industrial applications. Its unique construction, which includes a metalized polypropylene core, air-wound metallization, and thermoplastic coating, makes the AISC-0402F-48NJ-T a great option for engineers seeking high-efficiency performance in a reliable, cost-effective package.

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