PG0926NLKIT Kits

Inductor Kits: PG0926NLKIT Application Field and Working Principle

Inductor kits provide an effective way to develop circuits that require inductors. Utilizing kits has become increasingly popular in the industry due to affordable prices and a wide range of sizes, shapes, values, and other variables. The PG0926NLKIT falls into this category and is widely used in a range of different applications due to its versatile features and performance-enhancing capabilities. This article outlines the PG0926NLKIT application field and working principle.

Application Field of PG0926NLKIT

The PG0926NLKIT is an inductor kit developed from Würth Elektronik’s innovative technology for the portable electronic device market. Its application field is automotive, consumer, communication, adapter, laptop, and other electronic device market. With a miniature size of 1.5mm x 0.5mm, it is perfect for applications within handheld devices and small space environments such as mobile phones, digital cameras, and gaming consoles.

The PG0926NLKIT also features a unique winding ratio, ensuring it’s suitable for a wide range of applications. This winding ratio consists of two parts that total to 1.5mm, creating an inductance value of 1.5mH. This winding ratio can also be used to achieve multiple levels of inductance, making the PG0926NLKIT suitable for applications that require various levels of inductance.

The PG0926NLKIT can also handle larger and more complex loads due to its rapid current return time of 7.2ns. This current return time allows the PG0926NLKIT to achieve high speed operation when exposed to high frequency power and enables the device to quickly respond and recover from disruptions.

Working Principle of PG0926NLKIT

The working principle of the PG0926NLKIT results from its unique winding ratio. The winding ratio of the PG0926NLKIT consists of two parts – the primary winding and the secondary winding – with the primary winding being a 1.5mm long loop of copper wire and the secondary winding being a 0.5mm long loop of copper wire.

In its simplest form, the PG0926NLKIT is used to produce an electrical current from an AC source. This is achieved by first placing the copper loops of both the primary and secondary winding around a ferromagnetic core. When the AC source is then connected to the circuit, the alternating magnetic field produced by the AC source interacts with the ferromagnetic core, inducing a voltage in the copper wires of the primary winding.

The secondary winding, being connected in parallel with the primary winding, induces a voltage in the opposite direction. This voltage is then stored within the inductor, which is capable of transferring the electrical current to the circuit when required. The amount of current which can be stored by the PG0926NLKIT is proportional to the amount of inductance, which can be adjusted by altering the winding ratio.

Conclusion

The PG0926NLKIT is an inductor kit developed from Würth Elektronik’s innovative technology for the portable electronic device market. Its primary application field consists of automotive, consumer, communication, adapter, laptop and other electronic devices. This article has outlined the PG0926NLKIT application field and working principle, and discussed how the unique winding ratio is utilized to achieve different levels of inductance and handle more complex loads.