CIH02T1N0CNC

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Fixed inductors are electromagnetically-conductive devices primarily used for the purpose of recirculating energy in the form of an oscillating electrical current. They are typically used in the fields of electronics, acoustics, and electromechanics. The CIH02T1N0CNC is a fixed inductor with a winding capacitance of 15.2nH.

Application Field

The CIH02T1N0CNC is a reliable, cost-effective, low-power, series inductor, a great choice for a variety of applications, including power conversion, voltage regulators, EMI/RFI filters, and converters for power distribution, data communication, telecommunication, and consumer electronics. It is well suited for inductive loads like fans, motors, and transformers, as it has a high current carrying capacity and limited heat dissipation. Additionally, this inductor can be used in both DC/DC converters and Board DC current inductive loads.

Working Principle

The working principle of a fixed inductor is based on the relationship between electricity and magnetism. In a fixed inductor, a wire is coiled around a core to form a coil. A DC current is then sent through the wire. When the current is flowing, it creates a continuous, steady magnetic field around the coil. The magnetic field creates an electromagnetic force, and this force interacts with the current and causes it to be redirected back into the coil, gaining a voltage as well as force.

When the current in the inductor changes, the magnetic field changes as well. This change in the magnetic field causes a shift in the direction and magnitude of the force generated, resulting in a shifting of the direction and magnitude of the voltage across the coil. This shifting in the voltage across the coil is known as inductance.

Hence, when AC current is sent through an inductor, the shifting of the voltage in the opposite direction results in a continuous reverse and forward shifting of the current in the coil, and it is this process which defines the inductance. This means that the inductor is able to store electrical energy in its magnetic field and release it again when needed.

The CIH02T1N0CNC acts as an energy storage device, and is used to regulate the current flow in the circuit. It is able to regulate the current by introducing significant amounts of inductance to the circuit, which results in decelerating the electrical current and reduces the amount of electrical noise generated. This reduces the power wasted in the circuit and makes the whole system more efficient, while also making it quieter.

The CIH02T1N0CNC also has a low DC resistance, making it ideal for high frequency applications that require a considerable amount of power without heat generation. It also has a wide operating temperature range from -40°C to +125°C, allowing it to be used in various applications. Additionally, the high energy, low profile, and small size of the CIH02T1N0CNC make it an ideal choice for a wide variety of applications.

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