AISC-1210H-6R8N-T

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Fixed Inductors are devices made of coils of wire that have a magnitude effect on a circuit. This magnitude is measured in Ohms (resistance) and henrys (inductance). The AISC-1210H-6R8N-T is a Germanium-based fixed inductor which is used mostly in high-frequency applications. This device is a great component to use when constructing an efficient and reliable high frequency circuit.

Description

The AISC-1210H-6R8N-T is a fixed inductor designed to handle up to one thousand volts as its voltage rating. It has a current rating of two hundred amps and a reverberation rating of one hundred thousand hertz. The physical dimensions of this component are 12.1 x 10.3 mm and a height of 6.8 mm. This device also features an OHM resistance rating of one and an inductance rating of six hundred millihenries.

Application Field

The AISC-1210H-6R8N-T is primarily used in audio frequency applications due to its high quality construction and high current rating. This device is also able to withstand high temperatures and vibration, making it a great choice for application in automotive and avionic projects. Additionally, this device is suitable for use in both analog and digital circuits.In addition, this component can also be used in various telecommunications and industrial circuits. It is effective at blocking out undesired frequencies, allowing it to act as a filter for various types of systems. This device can also be used to control the impedance value in a circuit, paving the way for efficient signal delivery. Finally, the AISC-1210H-6R8N-T can be used in any application where a fixed inductor is necessary. This device can be used in applications such as AC-DC power supplies, DC-DC converters, and many other types of circuits.

Working Principle

The AISC-1210H-6R8N-T is a fixed inductor, meaning it has a fixed inductance and resistance value. When a current is passed through this device, an electromagnetic field is created which is governed by Faraday’s law. This law states that a changing magnetic field will induce an electric current in the area around it. Therefore, the changing magnetic field created by the current passing through the inductor will induce a voltage in the adjacent circuit.

The induced voltage will be opposite in polarity to the applied voltage. This process is known as electromotive induction and it is the foundation of how an inductor works. As the current passes through the inductor, the magnetic field begins to store energy which will cause the inductance value to increase. This stored energy will then be released back into the circuit which can cause the current to reach its peak in the opposite direction of the original current.

The voltage induced by the AISC-1210H-6R8N-T depends on the inductance value of the device. The amount of voltage induced is proportional to the increase in current over time. Therefore, this component is able to filter out any undesired frequencies that are trying to enter the circuit by limiting the maximum amount of current that can pass through it.

Conclusion

The AISC-1210H-6R8N-T is a fixed inductor that has a high voltage rating and resistive capabilities. This component can be used for a variety of applications, such as audio frequency applications, automotive projects, avionic projects, and more. The working principle of the AISC-1210H-6R8N-T is based on Faraday’s law, which states that an induced voltage is created when a magnetic field is changed in the vicinity of a circuit, limiting the maximum amount of current that can pass through the inductor and acting as a filter.

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