5800-820-TR-RC

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Fixed inductors are also known as non-adjustable inductors. They are electrical components with a fixed inductance value and are used in many sorts of electronic circuits. One common type of fixed inductor is the 5800-820-TR-RC.

The 5800-820-TR-RC is a small and compact size, ferrite bead of single-layer structure, which contains two opposite faces of electrodes. The main part of it is the ferrite beads at both sides of the inductor that are the main structural components. The two ends of the electrode are connected externally to the PC board.

The inductance value of 5800-820-TR-RC varies depending on the size of the device, usually ranging from 1.6uH to 22uH, with a rated current of up to 1.2A. It also has a low-pass filter that blocks high-frequency noise from entering the electronic circuit.

As a fixed inductor, the 5800-820-TR-RC have its own working principle. This type of inductor can act as a transformer, and when current flows through the electrodes and the ferrite beads, it creates a magnetic field. When a voltage is applied to the inductor, it will create a voltage in the opposite direction as well. When two inductors are connected in series, the combined inductance will be the sum of the individual inductance values.

The 5800-820-TR-RC are mainly used in RF circuits, oscillators, power supplies and other circuits for noise reduction, impedance matching, transient suppression, and other applications. Because of its small size and wide range of inductance, it is also suitable for many miniaturized electronics, like mobile phones and computers. In addition, the device is also able to effectively reduce high-frequency noise signals, making it ideal for noise-sensitive applications.

Overall, the 5800-820-TR-RC is a versatile fixed inductor that is useful in many electronic applications. Its combination of low inductance values, high current, and small size make it ideal for many types of noise-sensitive applications. Its ability to block high-frequency noise also makes it suitable for use in RF and oscillator circuits.

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