MLZ2012M470WT000

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Fixed inductors are components that utilize a coil of conducting wire to produce an electrical field. They are used to control the flow of current in various electrical and electronic circuits. One such inductor is the MLZ2012M470WT000, which is commonly used in Frequency-Voltage Detector applications. It functions to provide dynamic AC load regulation, as well as harmonic compensation below the rated current.

The core of the MLZ2012M470WT000 is composed of an air-core, meaning there is no ferromagnetic material present. This effectively eliminates the hysteresis or core losses, due to the range of frequencies at which the inducer operates. The format of the inductor allows for an inductance value of 47µH and a maximum current rating of 1A at 100kHz.

As with all inductors, the working principle of the MLZ2012M470WT000 is based on Faraday\'s Law of Induction. This states that a current subjected to an existing magnetic field will induce a voltage in the same conductor. This is caused by the changing magnetic flux, which necessitates an increase or decrease in the rate of change of the total current in the circuit.

In the case of the MLZ2012M470WT000, this action creates a voltage drop, which can be used to control, limit, or regulate the flow of current through the circuit. The voltage drop across the inductor is also responsible for creating the self-limiting characteristic and suppressing inrush current.

The MLZ2012M470WT000 is used in Frequency-Voltage Detector applications where it is required to accurately control the voltage feedback signal. This allows for the regulation of the voltage across a wide range of frequencies. Its wide frequency range allows it to be used in a variety of electronic systems, including power supplies, DC/DC converters, motor control, temperature controllers, and measurement systems.

In addition, the MLZ2012M470WT000 offers a wide array of features for its applications. These features include low ESR, low phase drift, and low core loss, making them suitable for high frequency and high precision applications. It is also highly resilient against shock, vibration, and temperature variations, making it an ideal choice for harsh environments.

Overall, the MLZ2012M470WT000 offers many advantages for its main applications. It utilizes Faraday’s Law of Induction to control the flow of current in various electrical and electronic systems. Its wide frequency range and low ESR, phase drift, and core loss make it a suitable choice for high frequency and precision applications. And its shock, vibration, and temperature resistance make it ideal for tough environmental conditions.

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