CLP42B-101

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Fixed inductors, like all inductors, are passive, electronic components that oppose changes in current, while allowing direct current to pass through. The CLP42B-101 is an inductor that has a wide range of applications and a unique working principle which makes it a reliable, dependable and cost-effective inductor.

The CLP42B-101 is an axial inductor that has a ferrite core. It has two inductances: inductance value 2.2 uH and inductance tolerance of 10%. The core material ensures low DC resistance and high-frequency self-resonance with a miniscule temperature coefficient of 1.3 ppm/K. The rated operating temperature range for the inductor is -40°C to +125°C. Its range of electrical parameters makes it suitable for a wide variety of applications such as filters, chokes, and snubber networks.

The unique working principle of the CLP42B-101 is based on Faraday’s Law of Induction. In the presence of an electric field, a conductor or current circuit will experience a force, a magnetic field, or an emf which will oppose the change in current through the circuit. This opposing force is known as inductance, and it acts as a form of impedance. This phenomenon is the same as a transformer, where a changing electromagnetic field creates an opposing force, which is then used to transfer energy. The CLP42B-101 uses this property of induction to generate a counter emf that opposes changes in current.

The CLP42B-101 is suitable for high-frequency applications such as radios, TVs, audio equipment, and power regulators. Its low resistance and high-frequency self-resonance makes it an ideal choice for these types of applications. It is also widely used in industrial applications such as power supplies, pulse generators, and motor drives. Due to its low profile, the inductor is well-suited for board-level applications such as filtering and noise suppression.

The CLP42B-101 is a reliable and cost-effective inductor that is suitable for a wide variety of applications. Its wide range of electrical parameters, along with its unique working principle based on Faraday’s law of induction, makes it a dependable choice for high-frequency and industrial applications.

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