PF0560.473NLT Inductors, Coils, Chokes

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The PF0560.473NLT is a fixed inductor. This type of component is usually used in many circuit design projects and helps to convert electrical energy into magnetic energy or vice versa in specific operation conditions. To better understand the application field and working principle of the PF0560.473NLT, it is important to look closer at the size, construction, material composition as well as the influence of the inductance value.

The PF0560.473NLT fixed inductor is conveniently sized for most projects and usually measures at 13.2mm in length, 8mm in width and 2.3mm in height. It has a total mass of 0.24 ounces, and includes a base and casing built of ceramics which are covered with a black epoxy coating. Its core is made of ferrite and has a voltage rating of 10 Volts, and total inductance of 4.73uH. It also includes current rating of 0.47A, self-resonant frequency of 94.8MHz and two terminals for connecting the inductor to other parts of the circuit.

The working principles of a fixed inductor can be explained in terms of the equations of Ampere\'s law and Faraday\'s Law of Electromagnetic Induction. When a current flows through the component, a magnetic field is created and the flux linkage of the components is proportional to the current. As a result, the magnetic field applies a voltage to the space around it in order to maintain its own state of flow. The voltage applied to the space, in turn, creates an opposing force that reduces the current flow.

In terms of application areas, fixed inductors are used in a variety of circuit designs. For example, they are commonly used in electrical circuits, radio circuits, electronic instruments and devices, and other electronic projects because of their ability to convert electrical energy to magnetic energy. They are also common in control systems, inverters, transformers, and many other power related applications for their ability to teach current and voltage.

Overall, the PF0560.473NLT fixed inductor is an invaluable component used in a variety of circuit designs. Its size, construction, material composition, and inductance value offer the component reliable performance under specific operation conditions. This allows it to effectively convert electrical energy into magnetic energy and vice versa in the respective applications.

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