GLFR1608T1R0M-LRHF

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Fixed inductors are components used to store electrical energy and generally have the form of a coil or helix around a core material. In some cases, like in a coreless inductor, the core can be ferromagnetic material like iron that works to increase the inductance. Other designs use soft ferrite cores to reduce inducing resistance and energy losses. Fixed inductors are often used in filtering and coupling applications as well as tuned circuits and resonant circuits. They are also used in radio antenna tuning, feedback loops, and power supplies.

The GLFR1608T1R0M-LRHF is a high-performance fixed inductor from Murata Electronics North America. This device is designed to meet high-frequency and low-power requirements. The main features that make it attractive for use in these applications are its high inductance-to-size ratio combined with its low electrical resistance and low heat dissipation when dissipating energy from the coil. The GLFR1608T1R0M-LRHF is an axial-type toroidal inductor which is a wideband device, making it suitable for a range of frequencies.

The component is capable of handling up to 1.0A current without heat sinking which makes it easily installed on board and routed in tight spaces. The self-supporting construction also reduces the need for additional mounting hardware and reduces the overall cost of the application which is a big saving for the user. In addition, it is a high-stability component which can withstand temperature variations with a thermal shutdown protection feature to protect the device from possible damage under tough conditions.

Murata GLFR1608T1R0M-LRHF is suitable for use in various applications due to its performance. It is used in power supplies, switching regulators, high-efficiency inverters, flyback converters, DC-DC power supplies, inductive charging coils, switching filters, audio and radio applications, and other similar solutions. The high saturation current and low resistance of the inductor make it suitable for many current and voltage sensitive applications. The high self-resonant frequency makes it perfect for narrowband designs that require high frequency response.

The Working Principle of the GLFR1608T1R0M-LRHF is based on the principle of inductance. Inductance, which is a measure of the rate of change of current in a circuit, is the ratio of the magnetic field to the current flow. The inductor’s core material is designed so that it can store the electrical energy and produce a magnetic field when a current is introduced. The inductor is made of an outer layer of copper wired tightly around a foam core. The copper acts as a conductor, and the foam augments the inductor’s magnetic field by providing a path for the current.

The current through the inductor produces a magnetic field that interacts with the core. The increasing current causes the magnetic field to increase, which in turn, produces a change in the current through the inductor. This change in current is called inductance and is measured in henries. The inductance produced by the GLFR1608T1R0M-LRHF is much higher than that of other inductors, meaning it is capable of storing a greater amount of energy and staying stable in a variety of varying magnetic fields. This makes the GLFR1608T1R0M-LRHF perfect for use in many high-frequency applications.

The GLFR1608T1R0M-LRHF fixed inductor from Murata has proven itself to be a great choice for many applications. Its high inductance-to-size ratio makes it ideal for use in tight spaces, and its high saturation current makes it perfect for use in tight current and voltage sensitive applications. Its thermal shutdown protection and wideband features make it a great choice for many radio and audio applications, and its high self-resonant frequency makes it perfect for narrowband designs. With its high performance, the GLFR1608T1R0M-LRHF is a great choice for many applications.

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