36502C27NJTDG Inductors, Coils, Chokes

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Fixed Inductors are a type of electronic component which is used to store electricity, producing a magnetic field to do so. 36502C27NJTDG is a particularly popular type of fixed inductor due to its long-term reliability in various tougher conditions. This article will explain the device’s application field and its working principle.

Application Fields of the 36502C27NJTDG

The 36502C27NJTDG offers a vast array of applications. It is most commonly used in high-power corridors such as in motor control and drive systems and robotics operations. It is also often used in transmitter and receiver networks for data communication, as its robust design guarantees signal stability and accuracy. Furthermore, the device is frequently used in audio systems as well as in laptop and desktop computers since its magnetic field eliminates any external noise.

Working Principle of the 36502C27NJTDG

The 36502C27NJTDG is a fixed inductor. This means that it is a device which stores energy as a magnetic field. The device is composed of a wire which is wrapped several times around a drum-shaped core. The wires are then connected at each end to the terminals of the inductor to allow for current to flow through it. When an electric current passes through the 36502C27NJTDG, it produces a magnetic field on the outside of the wire coil. This magnetic field will oppose any further increase or decrease in the current, meaning that it will resist to any change in current flow. This effect is known as inductance, which is helpful in controlling current flow.

The 36502C27NJTDG is designed to work in various conditions and temperature levels, making it suitable to be used in all kinds of demanding applications. Its construction is much more robust than other variations, allowing for a wider operating range and environment. Thanks to its robust design the device is able to guarantee insulation in up to 105° Celsius and can handle up to seven thousand vibro cycles without any issue.

Conclusion

36502C27NJTDG is one of the most popular type of fixed inductors due to its long-term reliability and resistance to different conditions. This article has discussed its application fields, such as motor control, data communication and audio systems. It has also explained its working principle, which consists of creating a magnetic field with electricity in order to resist any current changes. It is commonly used in a variety of commercial and industrial applications thanks to its robust design and wide operating range.

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