Experimental Result Of The New Power Divider A Simulation Result B

Experimental Result Of The New Power Divider A Simulation Result B This paper presents a single stage 2 way wilkinson power divider (wpd) suitable for internet of things (iot) low frequency applications in the band from 200 mhz to 1 ghz. The experimental result verifies the theoretical and simulated results of the proposed technique and demonstrates its potential for improving the performance and reducing the size of other.

Experimental Result Of The New Power Divider A Simulation Result B In this paper, an uwb wilkinson power divider based on tapered transmission lines is proposed. the tapered transmission line is used to decrease the overall size and enhance the bandwidth of the power divider. this power divider is designed with only one isolation resistor for output ports. For verification, dual band power dividers operating at 325 and 650 mhz are fabricated; the experimental results show that the designed equal unequal power divider fulfills all the features of a conventional wilkinson power divider. The simulated and measured results show that the proposed power divider has achieved the predicted features within the specified 3.1–10.6 ghz ultra wideband range. Wilkinson power divider is a passive three port device widely used in wireless wired communication technologies for various rf applications. the proposed paper dealt with wilkinson power divider on micro strip line and analyzed at operating frequency of 2.45 ghz.

Experimental Result Of The New Power Divider A Simulation Result B The simulated and measured results show that the proposed power divider has achieved the predicted features within the specified 3.1–10.6 ghz ultra wideband range. Wilkinson power divider is a passive three port device widely used in wireless wired communication technologies for various rf applications. the proposed paper dealt with wilkinson power divider on micro strip line and analyzed at operating frequency of 2.45 ghz. Both simulation and measurement results prove that the proposed plasmonic power divider can adjust and control the power distribution ratio in a real time manner in the range of 4.5–6 ghz. The experimental results were then compared with simulations conducted in cst microwave studio, validating the prototypes. the findings confirmed that the design performs as intended, exhibiting expected behavior and showcasing a notable agreement between the simulation and experimental results. The measurements are carried out using vector network analyzer. all measured and simulated results are shown in fig. 4& 5, where the power division and reflection responses are described in fig. 5(a), 5(b)and isolation responses are recorded in fig. 5(c). This paper will present the simulation results of the wilkinson and gysel 4:1 power combiner in the x band frequency. finally, the measurement results of the implemented wilkinson combiner will be discussed.