CPL-5-50TR-R

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Fixed inductors, also known as chokes, are electrical components designed to minimize any sudden rise or fall of current. They are comprised of two principal elements: the core and the coil. The core, usually made of ferrite, iron powder, or other magnetic material, serves as the magnetic field for the inductor. The coil, usually made of copper or aluminium wire, is designed to transfer the magnetic field of the core to the components connected to it. The most common fixed inductor is the CPL-5-50TR-R. This component is made of a ferrite core with a special stacking structure, combined with a copper wire for a winding layer surrounding the core.The basic working principle of a fixed inductor is simple: a current passing through the coil produces a magnetic field that induces a voltage in the coil. The induced voltage affects the current flow in the opposite direction, thus providing more stability and control in the electrical system. For example, the CPL-5-50TR-R inductor is designed to limit the current to a predetermined pulse width and amplitude.The CPL-5-50TR-R inductor is widely used in industrial and consumer electronics applications. It is well suited for DC-DC converters, switching regulators, and motor controls. It is also used to filter out high frequencies, reduce noise in power supplies, and provide EMI immunity. Furthermore, it can be used in power line conditioning systems and telecommunications applications.The CPL-5-50TR-R inductor offers many advantages. It has a low core loss and can be used for higher current and higher voltage applications. Its corrosion-resistant nickel plating protects it from particles in the environment. It also has a low temperature coefficient, which results in less drift at high temperatures.Overall, the CPL-5-50TR-R is an excellent choice for a wide range of applications. Its working principle is simple, and its design allows for efficient and reliable performance. Its special stacking structure and corrosion-resistant nickel plating provides exceptional protection from environmental particles and other contaminants. Its low temperature coefficient results in less drift over time, making it an ideal choice for applications that require a reliable and stable power source.

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