Abstract We have designed the Yagi antenna in this study which is changed to suit Minkowski first order curve. We have fixed an optimum frequency band. The modified fractal antenna provides better bandwidth and maintain the features of Yagi antenna with small antenna size. We have simulation results of testing the antenna with front to back radiation pattern and we have... We have designed the Yagi antenna in this study which is changed to suit Minkowski first order curve. We have fixed an optimum frequency band. The modified fractal antenna provides better bandwidth and maintain the features of Yagi antenna with small antenna size. We have simulation results of testing the antenna with front to back radiation pattern and we have made descriptions. Read More Read Less

Abstract To change the DC output to the AC output, we use inverters. The modulation produces pure signals that help in the right pulse. We aim to improve the power capacity and also reduce the harmonic distortion using PWM techniques. We have generated the total harmonic distortion analysis of the new waveform with correct solution using triangle signals. For conducting simulation... To change the DC output to the AC output, we use inverters. The modulation produces pure signals that help in the right pulse. We aim to improve the power capacity and also reduce the harmonic distortion using PWM techniques. We have generated the total harmonic distortion analysis of the new waveform with correct solution using triangle signals. For conducting simulation experiments, we have used the single phase of the complete bridge DC/AC inverter. Read More Read Less

Abstract We have carried out the self-tuning low noise amplifier which is normally termed as One design pattern. To equal the input signal frequency, we developed the phase control loop where the aim is to force the filter central frequency by changing the amplifier resonant. The LNA parameter has consistent maximum gain with good frequency and ensure full tuning for parameter... We have carried out the self-tuning low noise amplifier which is normally termed as One design pattern. To equal the input signal frequency, we developed the phase control loop where the aim is to force the filter central frequency by changing the amplifier resonant. The LNA parameter has consistent maximum gain with good frequency and ensure full tuning for parameter perturbations. We have used the design of BICOMOS technology for confirming the LNA. The experimentation shows the full noise is optimum during the use of compression points. Read More Read Less