Abstract Parallel power generation is natural and there should be a synergy between them. Due to the anonhomogeneous of transformers CTs and VTs and a load shedding system, the balanced act between self-power generation and national grid power system. The unit which is considered for case study has difficulty in synchronizing the national grid with the current oil circuit breakers and switch... Parallel power generation is natural and there should be a synergy between them. Due to the anonhomogeneous of transformers CTs and VTs and a load shedding system, the balanced act between self-power generation and national grid power system. The unit which is considered for case study has difficulty in synchronizing the national grid with the current oil circuit breakers and switch boards. During the complete operation, the instrument protection system often fails. We in this work study the switching surge phenomena relatively with circuit breakers, including the necessary of parallel operating methods and synchronizing both CTs & VTs for steady operation with stream power flows between tie systems for full operation loads. Read More Read Less

Abstract We in this work, advocated an integrated two-phase interleaved dc convertor. Switching-mode amplifiers deliver large amount of energy to the transmitter’s power amplifier (PA) in the fourth generation (4G) long term evolution (LTE) wireless communication standard. The received results proved that tracking speed can be increased if two-phase switching-mode amplifier is used instead of single phase architecture. While experimentation it... We in this work, advocated an integrated two-phase interleaved dc convertor. Switching-mode amplifiers deliver large amount of energy to the transmitter’s power amplifier (PA) in the fourth generation (4G) long term evolution (LTE) wireless communication standard. The received results proved that tracking speed can be increased if two-phase switching-mode amplifier is used instead of single phase architecture. While experimentation it is found that the designed circuit works well in the layout design. We also recorded an efficiency of the converter which stand good at particular case of 60 mA load current. Read More Read Less

Abstract In the current work we studied the performance of the BUCK DC-DC converter with Zero Voltage Switching (ZVS). To test the object, we have advocated a simulation scheme of Gate Driver with Adaptive Dead Time. It enables the independence of ZVS from the current value at which the transistors are switched. We have simulated the influence on the switching losses... In the current work we studied the performance of the BUCK DC-DC converter with Zero Voltage Switching (ZVS). To test the object, we have advocated a simulation scheme of Gate Driver with Adaptive Dead Time. It enables the independence of ZVS from the current value at which the transistors are switched. We have simulated the influence on the switching losses of an externally connected drain-source capacitor. It is important to measure the mean value of the currents, the losses in transistors and the efficiency for which Macros in the graphical analyser is required. Trial data is obtained for testing the functions. Read More Read Less