36501E5N6JTDG Inductors, Coils, Chokes

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Fixed inductors, like other inductors, are devices that store--or more accurately, Induce--magnetic energy in a coil of wire. The fundamental difference between a fixed inductor and other inductors lies in the construction. Fixed inductors do not have any active components, and as such, they can be considered a passive element in most circuit designs. The construction of a fixed inductor is quite simple. It consists of a single coil of wire closed in a cylindrical metal loop.

The most common type of fixed inductor is a "thick-film" type. It is generated by either a glass-printed or silver-printed layer of metal on a ceramic substrate or a quartz substrate. This layer is then covered with a dielectric, either a dielectric paint or a glass-epoxy layer, which acts as an insulator. The wire loop is then wrapped around the substrate and closed, forming the coil.

The 36501E5N6JTDG Fixed Inductors are a type of fixed inductors and has become one of the most widely used models for applications in electric and electronic circuits. The construction of the 36501E5N6JTDG fixed inductor is based on the use of a copper substrate, on which a metal film layer is deposited. The metal film layer is comprised of Manganese Dioxide, which is then covered with a dielectric coating to increase the inductance of the inductor. The winding wire is then wound tightly around the copper substrate and closed to form the coil. The inductor is then sealed with epoxy to protect it from environmental factors.

The 36501E5N6JTDG fixed inductors are integrated into a wide range of applications in the field of electronics. Such applications include regulating current in power supplies, utilizing frequency-selective circuits and pulse stabilizing circuits. It has also been used as filtering circuits and for boosting radio and signal frequencies. One of the main advantages of using this model is its excellent temperature stability, which allows the inductor to maintain its performance even when running at extreme temperatures.

The working principle of the 36501E5N6JTDG Fixed Inductor is similar to that of other fixed inductors. When a current passes through the inductor, a magnetic field is created around the coil, containing energy. This energy can be used to induce a voltage in the circuit. The amount of induced voltage depends on the amount of current, as well as the number of turns in the coil. The larger the number of turns in the coil, the more voltage is induced.

The 36501E5N6JTDG fixed inductor provides excellent performance and is ideal for applications in high current applications. It has a very low ESR rating, meaning that there is minimal magnetic interference and minimal power loss. It also offers excellent stability, as its Tolerance Rating is very small. It should be noted, however, that the inductance value is not always stable over time, so this type of inductor must be monitored regularly to ensure that it still meets the application requirements.

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