PA4342.152NLT Inductors, Coils, Chokes

Fixed inductors play an important role in many different applications, such as in radio receivers, amplifier circuits, television receivers, oscillator circuits, and in power supplies. This versatile device has been widely used all around the world for decades, and it continues to be used in many other electrical and electronic equipment. PA4342.152NLT is a particular type of fixed inductor that is especially designed for power supply circuits.

Description

The PA4342.152NLT is specifically designed to supply power to circuits and components with a variety of functions, including power filtering and polynomial degree filtering. It is also suitable for audio power amplifiers, class D amplifiers, motor control circuits, and error amplifier and voltage comparator circuits. The inductor is a two-layer type with a coil area consisting of two sections, one of which is an integrated active nickel-plated coil, and the other is an integrated silver-plated coil. Additionally, the inductor is equipped with a self-healing copper wire windings that are capable of dissipating power and preventing short circuits.

Features

The PA4342.152NLT has a number of unique features that make it highly efficient and reliable. It has a reliable voltage withstand rating of up to 400 volts, which ensures its use in high voltage power supply circuits. The inductance of the inductor is 5.2 µH, and the maximum DC resistance is 0.052 ohms, which ensures efficient use of electric current. The inductor is also extremely reliable, with a working temperature range of -40℃ to +85℃. Additionally, the inductor has a wide frequency response range of 3kHz to 10MHz, which provides excellent quality of sound.

Applications and Working Principle

The PA4342.152NLT is suitable for a wide range of applications, such as audio power amplifiers, class D amplifiers, and motor control circuits. It can also be used in error amplifier and voltage comparator circuits. The working principle of this inductor is based on the electromagnetic induction phenomenon. Every electric current will generate a magnetic field, and in a coil combination, this magnetic field will induce the current in the adjacent coil. Thus, the current in the inductor will be the result of the current in one coil, and the induced current in the other coil. This inductor is highly efficient and reliable for its use in power supply circuits.

Conclusion

The PA4342.152NLT is a high performance fixed inductor that is designed for power supply circuits. It is equipped with a reliable voltage withstand rating of up to 400 volts, a 5.2 µH inductance, and a wide frequency response range of 3kHz to 10MHz. Additionally, this inductor has a working temperature range of -40℃ to +85℃ and a self-healing copper wire windings. This versatile device can be used in a variety of applications, such as audio power amplifiers, class D amplifiers, error amplifier and voltage comparator circuits, and motor control circuits.