In this thesis, a detailed design methodology of a transmitter positioning system are presented to achieve an efficient charging system for electric vehicle applications. Most of the compensation topologies of the capacitive ...

This thesis presents a detailed design and control methodology of asymmetric CLLC resonant converters suitable for high voltage gain bidirectional EV charging applications. A broad shift to 800 V EV systems is expected by ...

In this work, we demonstrated that spoof plasmon, a special mode in surface plasmon can be artfully employed to design an interconnect system with tunable transmission and cross-talk coefficient within adjacent wires. We ...

The prime motivation driving the semiconductor industry to fabricate devices of extremely reduced dimension is the innovation of novel technologies that enable manufacturers to create transistors in the sub 22-nm node, ...

Precise and fast estimation of the phase information of grid voltages is crucial for grid synchronization of various power electronic devices, which is a research trend in modern smart grid technology. However, the task ...

Renewable energy has gained much interest in recent years to keep the environment safe from ongoing climate change and become less dependent on fossil fuels. DC microgrids adapts nicely to distributed control ofrenewable ...

Power system security analysis is a key to reliable operation at maximum efficiency. Security analysis in this context refers to the ability of a power system to withstand pre-specified disturbances called contingencies. ...

Plasmonic waveguides show an excellent promise in the design of highly compact small footprint photonic integrated circuit components. Notable among them are the metallic nanowires, which have been explored to a great ...

Blackouts, although rare, are considered as catastrophic incidents in power systems which can adversely affect day-to-day life. To combat this disastrous event, among many others, microgrids have emerged as a potential ...

ABSTRACT The main aim of this thesis is to design apolymer photonic crystal fiber for supercontinuum generation. A new hybrid polymer PCF having triangular lattice structure and cyclic olefin copolymer Topasas background ...