4232-102K

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Fixed Inductors are passive components that exhibit inductive properties. They are widely used in frequency-sensitive applications such as transformers, radios, and communication systems. The 4232-102K Fixed Inductor is a non-reversible inductor designed to provide an inductance value of 0.03 microhenries, with an operating temperature range of -20°C to +85°C.The 4232-102K Fixed Inductor is a simple, shielded device fabricated from high-grade steel and terminated with two solid copper wires. The device also features high-reliability with a maximum voltage rating of 28V and a maxim current rating of 8.5A. The inductor has a low DC resistance of 0.015 ohms, which keeps the power dissipation to a minimum level. Its excellent frequency response, high Q-factor and low harmonic distortion provide excellent stability and accuracy across multiple frequencies.The 4232-102K Fixed Inductor is typically used in radio-frequency, wireless communication, and other applications. For example, it can be used in low-noise amplifiers, filters, impedance matching circuits, and impedance bridging circuits. It is also suitable for use in colpitts and Hartley oscillators. Furthermore, the inductor is ideal for use in high-reliability, low-noise, high-frequency applications.The working principle of the 4232-102K Fixed Inductor is based on the principle of inductance. Inductance is a property of an electric circuit whereby a varying electric current in it induces a varying magnetic field and a changing magnet field induces a varying voltage in the circuit. In the 4232-102K Fixed Inductor, when a direct current flows through the coil, it makes the coil develop an electromagnetic field that opposes any changes in the current flow. This opposition to the current change is known as inductive reactance and it is represented by the symbol “X L”. The inductor acts as an electromagnetic damper, reducing the rate of change in current passing through it.In summary, the 4232-102K Fixed Inductor is an ideal choice for high-reliability, low-noise, and high-frequency applications. Its excellent frequency response, high-Q factor and low harmonic distortion provide excellent stability and accuracy across multiple frequencies. Its low DC resistance helps to reduce power dissipation, while its robust construction helps ensure high reliability and longevity. By following the principle of inductance, this inductor can be used in radio-frequency, wireless communication, and other applications.

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