159ZL

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Fixed inductors are a type of electrical component used for storing energy in a magnetic field. They are typically found in power supplies, frequency-dependent circuits, audio equipment and signal conditioning devices. The 159ZL fixed inductor is a high-precision, low-loss inductor designed for use in a variety of applications. It has a wide frequency range from 0 Hz to 250 MHz, low self-resonant frequency, excellent linearity and low insertion loss.

Application Field

The 159ZL fixed inductor has a wide range of applications including analog and digital power supply filtering, amplifier frequency response tailoring, radio frequency (RF) circuitry design, time domain analysis and signal conditioning. It is particularly well suited for use in automotive, aerospace, cellular phone, and defense systems.

Working Principle

The 159ZL fixed inductor works on the principles of Faraday’s law of induction. According to this law, when a conductor passes through a magnetic field, an electric current is induced in the conductor. The current induced in the conductor depends upon the strength of the magnetic field and the rate at which it changes (the rate of the change is otherwise termed as frequency).

If the inductor has an electrical conductor wound around a magnetic core, then the magnetic field created produces an inducing current in the conductor. As current flows through the coil, the magnetic field builds up and eventually the generated current is equal to the computer of the original current. This phenomenon is known as inductance. Now, if a voltage is applied to the inductor, an electric current will be induced and stored in the magnetic field.

The 159ZL fixed inductors are designed with a high-efficiency core material that allows for maximum transmission of power and frequency variations, resulting in low insertion loss and low distortion. It has a wide frequency range and low self-resonant frequency with excellent linearity and low insertion loss.

The 159ZL fixed inductors are suitable for use in many applications due to their compact size, high precision, and low-loss performance. Their wide frequency range and low-loss characteristics make them ideal for use in automotive, aerospace, cellular phone, and defense systems.

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