On the radio frequency system of ground plane booster antenna technology


Recent trends in handset antenna style are oriented to maximise the contribution of the ground plane to the radiation method. The challenge of these techniques mainly depends on the complexity of the radiofrequency system (combination of inductors, capacitors, and transmission lines) required to satisfy bandwidth and efficiency specifications. With the aim of simplifying the said radiofrequency system, proposed may be a new solution capable of minimising the number of reactive components in a very ground plane booster-primarily based antenna technology. The results demonstrate that the quantity of reactive components will be reduced by a factor around 3 with respect to previous solutions whereas improving the electromagnetic performance. The edges of such reduction not solely depend on a vital decrement of power losses however also on an enhancement of the performance and the mixing capabilities. Primarily based on the proposed design, hepta-band operation at GSM850/GSM900/DCS/PCS/UMTS/LTE230zero/LTE250zero is achieved by suggests that of 2 ground plane boosters of 5 x five x 5 mm and a radiofrequency system composed of only 5 reactive components.

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