MLJ1608WR47JT000 Inductors, Coils, Chokes

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Fixed inductors are incredibly versatile component devices used in a wide range of consumer electronics, computer applications and power system designs. Commonly referred to as inductors or coils, they are passive electrical components that create a loop of magnetic flux in order to store energy and limit current flow. The MLJ1608WR47JT000 fixed inductor is a multi-layer ceramic chip inductor that is designed for use in a wide range of applications.

The MLJ1608WR47JT000 utilizes a patented winding method to maximize its performance in a wide range of applications. Its features make it suitable for applications in motor drive, power supplies, switching adapters and other power systems applications. This particular device is rated for an operating temperature range of -40 to 105 degrees Celsius.

The MLJ1608WR47JT000 fixed inductor has a wide range of features to facilitate its use in various designs. It has an inductance range of 0.1µH to 1mH, with a tolerance range of ± 0.5Ω for its series and ± 10% for its parallel rate. It has an SRF of minimum 90MHz and an impedance of 5.1 Ohms. The junction temperature for this device is 125°C and the device is rated for 2A/100MHz operation.

The working principle of the MLJ1608WR47JT000 is based on the laws of electromagnetic induction. In a basic sense, the device works by harnessing an external flux to generate an induced charge in the form of a current. This can then be used to charge or store energy, depending on the application. The external flux is generated by a source such as an AC current, and this flux is then used to create the fluctuating magnetic field that is necessary for the inductor to function.

The MLJ1608WR47JT000 is a fixed inductor that is designed for use in a wide range of applications including motor drives, switching adapters, power supplies and more. Its patented winding process allows for maximum performance and a wide operating temperature range. Its superior inductance range, impedance and SRF make it suitable for use in a variety of design projects. The device works based on the principles of electromagnetic induction, utilizing an external flux to create a fluctuating magnetic field that can be used to store energy.

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