S0402-15NG3C

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Fixed inductors are electrical components that store a specific amount of electrical energy in a form of magnetic energy due to the flow of electrical current. They are typically used in circuits as either inductors to assist in creating an additional electrical path or in other forms of electricity storage.

The S0402-15NG3C is a fixed inductor that is available for use in a wide range of electronic equipment Used in high frequency circuits, this inductor is composed of a low-loss ceramic core and a flexible epoxy bobbin. It is constructed to provide high performance within its small size and can handle up to a maximum power dissipation of 4.7W.

The S0402-15NG3C is an ideal choice for applications that require high frequency switching, as it is able to provide the speed benefits of a small profile inductor. It is also often used in power supplies, amplitude filters, noise suppression circuits, and audio devices. Due to its small size, it is also often used in the construction of portable devices. This inductor is able to operate in temperatures ranging from -25˚C to 105˚C.

The working principle of the S0402-15NG3C is based on the principle of magnetism. This inductor is composed of a core that is composed of solid resin-rich material. When an electrical current is applied to the circuit, the current flows through the core, creating a magnetic field. The magnetic field is able to store energy and as the current passes, the stored energy is released and the magnetic field is reduced.

The S0402-15NG3C can also be considered a source of energy storage, as it is able to store the energy produced by the application of the electrical current. This energy can be released as the current passes, allowing the inductor to provide the power and capacity needed by the circuit, whether this is to act as an amplifier or to act as a power supply.

The S0402-15NG3C is an ideal choice for applications that require fixed inductors, due to its small size and ability to store energy. This inductor is able to provide fast switching, as well as the ability for the circuit to store energy without the need for additional components. Additionally, it can operate in high temperatures and be discarded without becoming damaged.

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