SWT-0.68-39

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Fixed inductors are electronic components that can store and release energy in the form of an electrical current. SWT-0.68-39 is a fixed inductor commonly used in the electronics industry.The SWT-0.68-39 is a cylindrical shaped inductor with an outer diameter of 0.68 inches and a height of 0.39 inches. The construction material for this inductor is a ferrite core and an enameled wire wrapped around the core. The inductor comes with a variety of termination options such as wire leads, SMD, and screw terminals.The SWT-0.68-39 features a low DC resistance and low inductance, making it an ideal choice for use in circuits that require high frequency operation. Furthermore, the low DCR ensures higher efficiency at lower operating temperature. Additionally, due to its robust construction and excellent mechanics properties, the inductor is suitable for applications that involve extreme temperatures and vibration.The working principle behind the SWT-0.68-39 inductor is a simple one. When an electrical current passes through the coil of the inductor, it generates a magnetic field. This magnetic field has current flowing through it and acts like a transformer that stores energy. This stored energy is then released back into the electrical circuit when the current is stopped or reversed. Generally, the SWT-0.68-39 inductor is used in applications that require high frequency operation as the inductor is able to store and release energy quickly, resulting in quicker response times. The inductor is also used in power supplies to help filter out AC and DC noise. Additionally, the inductor is used in radio receivers, especially in AM/FM radios where the inductor is used to separate FM signals from the much weaker AM signals. The inductor is also commonly used in audio and guitar amplifiers to provide frequency response and tone.In conclusion, the SWT-0.68-39 inductor is a fixed inductor that is used for application fields such as power supplies, radio receivers, and amplifiers, among others. The inductor is able to store and release energy quickly due to its low DC resistance and low inductance. Its robust construction with excellent mechanical properties makes it suitable for applications that involve extreme temperatures and vibration.## 

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