There are some experimental and research projects here. For more details please click on each project’s picture.

  • Implementing a 3.3 kW wireless charging setup (Optimization, FEA, Frequency and time domain analysis)

    Implementing a 3.3 kW wireless charging setup (Optimization, FEA, Frequency and time domain analysis)

    FEA using ANSYS Maxwell/ Thermal analysis

    Setup

     

     

     

     

     

     

     

     

  • Implementing a 5 kW DC-DC converter

    Implementing a 5 kW DC-DC converter

    Altium

    20190312_213429220190312_213445

     

     

     

     

     

     

     

     

  • Integrated magnetic couplers for high-power wireless charging application (FEA studies and Implementation)

    Integrated magnetic couplers for high-power wireless charging application (FEA studies and Implementation)

    FEA using ANSYS Maxwell/ Thermal analysis

    Results20191019_172419FEA1

     

     

     

     

     

     

     

     

  • Prototyping a 5 kW SiC inverter and gate driver for high-frequency operation

    Prototyping a 5 kW SiC inverter and gate driver for high-frequency operation

    Altium Designer

    20190918_19551720190917_200811

    Gatedriver

     

     

     

     

     

     

  • Design and implementation of a 3 kW DC/DC buck converter

    Design and implementation of a 3 kW DC/DC buck converter

    Altium Designer / FEA of the magnetic components / Control

    20170603_205715_wm
    2017-05-29_19-55-15_wm

     

     

     

     

     

     

     

     

  • Design and implementation of a hardware phase detector

    Design and implementation of a hardware phase detector

    Altium Designer / Logic circuits / Sensors

    2017-05-29_22-52-08_wm20170603_210323_wm

     

     

     

     

     

     

     

  • Design and implementation of a 3 kW wireless power transfer system

    Design and implementation of a 3 kW wireless power transfer system

    Altium Designer

    201_wm

     

     

     

     

     

     

  • PCB Design of a LCL Resonant Converter

    PCB Design of a LCL Resonant Converter

    Altium Designer

    2016-10-29_0-03-59img_20161031_142949

    PCB Design

     

     

     

     

     

     

  • Final implementation of the WPT's coil and structures

    Final implementation of the WPT's coil and structures

    Design the coil and measure its Ploss, impedance, Q, Rs, Ls

    img_20161019_163313Optimization

    Build the structures with Plexiglass

    Building 100 strands Of Litz wire for

    Simplified implementation

    Measure power loss, Quality factor and inductance

     

  • Switching power supply board

    Switching power supply board

    For a H-bridge inverter

    img_20160412_1333042016-10-27_18-16-11

    Power supply board

    Circuits design

    PCB design

    Implementation and soldering

    Test

  • Coil design and optimization of a WPT system

    Coil design and optimization of a WPT system

    Design the coil and measure its Ploss, impedance, Q, Rs, Ls

    img_20160501_185704img_20160413_175556Optimization

    Building 100 strands Of Litz wire for

    Simplified implementation

    Measure power loss, Quality factor and inductance

     

  • Li-ion battery charger 250 V , 1-6 A

    Li-ion battery charger 250 V , 1-6 A

    Charger of electrical bicycle

    20160625_16144420160625_153028My assignments:

    PCB design

    Inductor design and implementation

    Programming

  • Drive of a DC motor with the ability to regenerate the energy

    Drive of a DC motor with the ability to regenerate the energy

    img_20150625_200530img_20150622_133058

    Circuit design

    PCB design

    Li-ion battery charger PCB design

    AVR micro controller programming

    Test

    2016-10-27_21-48-59controller

     

     

     

     

  • LED

    LED

    Simple LED driver

    img_20161025_171552

     

     

    Design

    Soldering

    Implementation