S34045

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Fixed inductors, also known as Chokes, are electrical coils that are used in various applications such as suppressing high frequencies, filtering radio frequency interference (RFI) and providing power to specific areas of an electrical circuit. The S34045 Inductor is a fixed inductor that is commonly used in power supplies, automotive, aerospace and many other industries.

The S34045 Inductor is a high-power inductor with a maximum dc resistance of 0.15 ohm. It has a wide temperature range from –40°C to 125°C, while being able to handle high AC and DC currents. It has a low profile design and comes in different configurations such as surface mount, through-hole or carrier-mounted. This inductor also has an exceptionally high thermal dissipation and is perfect for high-current applications.

The S34045 Inductor is used in various applications due to its low DC resistance and high power capabilities. It is used in power supplies for regulating the current to various electrical components. This inductor is also used in automotive, aerospace and other industries for its high thermal dissipation and ability to handle high current applications. In addition, the S34045 Inductor is also used in filter circuits, such as radio-frequency interference (RFI) filters, DC-AC inverters and AC-DC converters.

The working principle of the S34045 Inductor is relatively simple. When current passes through the inductor, it creates a magnetic field which reacts with the inductor’s core. This reaction increases the inductor’s inductance, thus resisting the flow of current. As the current passes through the inductor, the magnetic field builds up and the current is forced to decrease. This is how the inductor is able to regulate the current in an electrical circuit.

In conclusion, the S34045 Inductor is a high-power fixed inductor that is commonly used in many industries. It is used for regulating current, suppressing high frequencies, filtering RFI, providing power, and many other applications. The inductor’s working principle is simple and involves the creation of a magnetic field that interacts with the inductor’s core. This creates an increase in inductance, thus regulating the current passing through the inductor.

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