PG0426.201NLT Inductors, Coils, Chokes

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Fixed inductors are used in a variety of electronic designs ranging from small to large applications. One type of inductor in particular, the PG0426.201NLT, is known for its excellent performance characteristics and wide range of applications. This article will discuss the various uses of this device, its working principles, and its advantages over other types of fixed inductors.

The PG0426 series of inductors are metal-oxide semiconductor (MOS) based components, and support a wide range of frequencies from 125kHz up to 13GHz. These inductors utilize a high-temperature ferrite core for high flux densities. The robust construction of the device ensures an operational lifetime of greater than 500,000 hours.

The PG0426 series is primarily used in radio frequency (RF) and microwave applications. This device is seen frequently in mobile phones, GPS modules, and other wireless communication systems applications. It is used for impedance matching, bypassing, and antenna tuning. In particular, its small form factor makes it ideal for powering receivers and signal amplification in mobile phones, owing to its low DC resistance and high self-resonant frequency.

The working principle for these devices comes down to the magnetic field generated by the inductor’s core. This field acts on the turns of the inductor’s winding, producing a voltage. The number of turns is determined by the desired impedance, and the core material determines the inductance. Increasing the core size or using higher permeability materials further enhances the inductance.

One of the benefits of using the PG0426.201NLT over other types of fixed inductors is its exceptionally low insertion loss. The small size also reduces parasitics and ensures better RF isolation. The components also feature a good degree of thermal stability, making them suitable for high-power applications. Additionally, they are highly reliable and can easily be automated.

Overall, the PG0426.201NLT is an ideal inductor for radio frequency and microwave applications. Its small size makes it easy to integrate into current designs. Additionally, its high power handling and excellent thermal stability make it a great choice for high-power applications. The device is also highly reliable and produces excellent insertion loss. Therefore, it can be used in countless applications in various industries.

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