This study presents new Wilkinson power dividers using compact stepped-impedance
structures and capacitive loads to achieve the required power splitting. This approach can …

In this paper, a miniaturized Wilkinson power divider using a novel technique for n th
harmonic suppression is presented. In this technique, a novel low-pass filter (LPF) is …

In this paper, based on the equivalent circuit of spiral-shaped CPW resonators, a novel
compact cascaded inhomogeneous coupled-line (CIHCL) with two tunable transmission …

Step impedance transmission line (SITL) is optimized by Invasive Weed Optimization (IWO)
technique to compact a low pass microstrip filter (LPF). In the proposed method, the uniform …

In this paper, a Wilkinson power divider is modified using four-series delta-stub and folded
steppedimpedance transmission line (FSITL) in order to achieve a reduced circuit size of …

A compact branch line coupler is proposed by using the optimized step impedance
transmission lines (SITLs). The proposed branch line coupler has an area reduction of more …

The miniaturization of the conventional Wilkinson power divider using stepped impedance
lines and series delta/rectangular stubs is presented. A new technique to improve the output …

In this paper, coupled lines are used in the design of a dual band planar multi-way Bagley
polygon power divider to reduce the size is proposed. For the input port matching and …

A new coupled-line circuit structure is proposed to design compact wideband Gysel power
dividers with function of impedance matching between source and load. Based on traditional …

A Wilkinson power divider has ideal transmission characteristics and it enables easy
realization in planar transmission line technology. However, the conventional Wilkinson …