Speakers
Description
High-performance chip inductors are essential components in hyper-frequency applications, in particular, radio frequency. Among the different types of inductors, wire inductors have shown high Q-factor and self-resonance frequency thanks to their low resistance and parasitic capacitance between coils, making this type an excellent component to be used in automotive applications.
In this work, we designed and simulated an inside-wire wounding inductor using ANSYS electronics packages. The performance of the modeled inductor was evaluated in terms of self-resonance frequency and Q-factor by controlling different structure parameters such as the coil diameter, Number of turns, and space between coils. The effects of each parameter were studied and analyzed to optimize the wire wound chip inductor
