SD6020-560-R

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Fixed inductors are widely used in various electronic devices and products. The SD6020-560-R is one of them. It is a type of inductor, which is characterized by a relatively fixed inductance value.

The SD6020-560-R is basically a inductor with a specific type of packaging. It has a dimension of 10.5mm × 10.5mm and the outside shell is generally made of metal. Inside the shell, there is an appropriate polyimide insulation material with appropriate plastics. This material provides good inductance performance for the device. Generally, the external terminals of the SD6020-560-R are connected to copper wires which lead to the circuit components.

The application field of the SD6020-560-R mainly refers to the power supply circuits with low-noise and large isolation, such as the DC-DC converters, switching power supplies, and resonant DC lighting transformers.

The working principle of the SD6020-560-R is that when the current flows through the copper wire, the copper wire has resistance. Therefore, it will generate an internal magnetic field, and then induce a voltage in the inductor. This induced voltage is then stored in the inductor as energy. When the flow of current is stopped, this stored energy will be released and converted into a voltage. Thus, the inductor can reduce the noise of the power supply circuit.

The advantage of the SD6020-560-R is that it has a magnetic flux density of 3T, which is much higher than normal inductors. Besides, it also can provide a large capacitance, low resistance, and high current carrying capacity. In addition, this type of inductors is able to operate in high temperatures of up to 125°C.

In conclusion, the SD6020-560-R is a type of fixed inductor with a relatively fixed inductance value. It is applied mainly in the power supply circuits with low-noise and large isolation. Its working principle is that when the current flows through the copper wire, it will generate an internal magnetic field and the induced voltage can be stored in the inductor. It provides a good solution to reduce the noise of the power supply circuit, and also has a great performance in a wide range of working temperature.

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