NiCuZn ferrite with superior magnetic performance is vital ceramic material in multilayer chip
inductors (MLCI) applications. In this study, low-temperature-sintered Ni 0.22 Cu 0.2 Zn 0.58 …

NiCuZn ferrites with high permeability and low magnetic loss have great application
potential in high-frequency electronics. In this study, the excellent magnetic properties of (Ni …

With the rapid growth of high-frequency chip inductors, there is an urgent demand for
NiCuZn ferrite that exhibits low magnetic loss and high cut-off frequency. To enhance its …

Abstract (Ni 0.2 Cu 0.2 Zn 0.6 O) 1.02 (Fe 2 O 3) 0.98 based ferrites with combined B 2 O 3-
WO 3-Co 2 O 3 dopings were synthesized through solid state reaction. Subsequently, high …

Matching permeability and permittivity, low magnetic and dielectric loss tangent and high
refractive index play a critical role in designing a miniaturized antenna with high …

In order for the miniaturization of a broadband antenna to be achieved, monodomain Mg
0.78 Cu 0.2 Zn 0.02 Fe 1.96 O 3.94 ferrites with various microstructures were prepared by …

Two groups of low-temperature-fired Ni 0.6-x Zn 0.4 Cu x Fe 1.98 O 4 (x= 0.1–0.325 in
intervals of 0.025) under two different doping modes, namely, low, ie, group A with 0.25 wt …

Miniaturization of a microstrip patch antenna using composite nanosized ferrite material is
proposed in this paper. Detailed simulations were performed to analyze the effect of …

We report a simple wireless power charging (WPC) antenna system (50 mm mm mm) for use
in simulating power transfer efficiency () with and without ferrite and a metallic object (battery …

In this work, Nickel-zinc ferrite materials with 6%~ 10% high CuO mass content were
prepared below 961° C by a traditional metal oxide ceramic sintering process, which …