4302R-181K

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• Fixed Inductors
  • 4302R-181K application field and working principle

  The 4302R-181K Fixed Inductor is a useful product designed to help with low frequency operation on electronic components and machines. It is used as an inductive component in power supply circuits, providing low pass filtering. It is also commonly used in the design of DC-DC converters and radio circuits. Its operating principle is to convert AC current into DC current by inducing a voltage in a coil of copper wire.

  The 4302R-181K is available in a standard size and a variety of shapes and sizes. It has a very low minimum voltage rating of 0.5V and a maximum voltage rating of 6V. The inductance value can be adjusted between 0.5 and 30mH. It is designed to work efficiently with both high and low frequency applications and is suitable for frequency ranges between 20kHz and 30MHz.

  The 4302R-181K has two main components: the inductor and the power supply. The inductor is constructed from two coils of wire, one wound over the other. The two coils are coupled together and arranged in such a way that one has a high inductance and the other has a low inductance. As current flows through the coil, the two coils induce magnetic fields in each other. The magnitude of these fields is proportional to the current in each coil and also depends on the geometry of the coil.

  The power supply is used to provide the current to the coil. It consists of a DC voltage source and a current transformer. The voltage source provides the DC current which is then passed through the current transformer and then into the inductor. The current transformer increases the current so that it can overcome the resistor in the inductor. This increases the amount of flux in the inductor coil and results in an induced voltage.

  The 4302R-181K Fixed Inductor is used in a wide range of applications including DC-DC converters, radio receivers, low-frequency power supplies, RF amplifiers, audio amplifiers, and other electronic circuits. It is designed to provide a low-frequency filtering effect and can operate efficiently at high or low frequencies. The inductance value can be adjusted to suit the application and the power supply can be designed to suit the current requirements.

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