NRS6020T100MMGG Inductors, Coils, Chokes

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Fixed inductors, which are also commonly known as coils, can be found in various types of electrical and electronic circuits. The NRS6020T100MMGG is one particular type of fixed inductor, and like all fixed inductors, it can have a range of different applications and associated principles of operation. Let’s find out what these are.

Application Field

The NRS6020T100MMGG fixed inductor is particularly suitable for high frequency switching circuits. The inductor is formed with high voltage rectifiers, and usually in a dual in-line package, meaning that it can be easily integrated into various power boards.

As the switch frequency increases, there is greater risk of an electromagnetic interference within the system. This is known as EMI, or Electromagnetic Interference, and can interfere with the operation of the system, potentially resulting in data loss or system crashes. The NRS6020T100MMGG fixed inductor is designed to reduce the risk of EMI, as it helps to filter the high frequency noise generated in high frequency switching circuits, as well as reduce the transmission of the noise across the system.

The NRS6020T100MMGG fixed inductor is also particularly suitable for high current circuits, due to the fact that the inductance increases as the current increases. This reduces the risk of a current surge, which can otherwise potentially damage the circuit in question.

The NRS6020T100MMGG fixed inductor is also far superior to wire-wound inductors in shock resistance, meaning it can be used in applications where the inductor is exposed to mechanical shock and vibration, such as in aircraft or motor vehicles.

Working Principle

The NRS6020T100MMGG fixed inductor operates according to Faraday\'s law of induction, which states that a changing current through a conductor generates a proportional voltage across the conductor. In other words, when the current flowing through the inductor increases, the voltage across it will also increase proportionally. Similarly, when the current decreases, the voltage will also decrease.

The NRS6020T100MMGG fixed inductor works by converting changing current into a proportional voltage. It does this by using an internal magnetic field generated by an electric current that flows through a closed loop (the inductor). This is known as a self-induced voltage, and it is this voltage which is induced across the components of the circuit when a current flows through the inductor.

The more current that flows through the inductor, the greater the magnetic field generated within the inductor, and the greater the self-induced voltage. This self-induced voltage is how the NRS6020T100MMGG fixed inductor works to reduce the risk of EMI, as it helps to filter out high frequency noise. It also works to reduce the risk of a current surge, as the inductance increases as the current increases, thus providing resistance to these sudden changes.

The NRS6020T100MMGG fixed inductor is a powerful and reliable device, which can be used in a wide variety of high frequency switching and high current circuits. By operating according to Faraday\'s Law of Induction, it helps to reduce the risk of EMI as well as current surges, making it an invaluable component in many different types of electrical and electronic circuits.

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