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Home Master and Bachelor theses

Master and Bachelor theses

  5G compliant RX-Topologies for mm-Wave Frequencies

For further information please see PDF file

  System-Level Modelling and Simulation of Transceiver Base Continuous Phase-FSK

For further information please see PDF file

  Exploration of ASK receiver at 60 GHz with 10 GHz of bandwidth for higher data rate

For further information please see PDF file

  Microwave / Millimetre-wave Integrated Circuits

For further information please see PDF file

  Graphene devices for Millimeter-Wave application

For further information please see PDF file

  Design of 12 bits wideband ADC for 5G

For further information please see PDF file

  Time-to-Digital Converter (TDC) based all-digital PLL in 65nm CMOS

For further information please see PDF file

  Calibration technique for RF-DAC based Transmitter in 65nm CMOS

For further information please see PDF file

  Circuit design for millimeterwave multiport-junction communication receivers

For further information please see PDF file

  Design of a high speed RF-DAC based Transmitter

For further information please see PDF file

  Design of a high speed serial interface for chip to FPGA / FPGA to Chip communication for a Transceiver

For further information please see PDF file

  System modeling & digital circuits for receivers

For further information please see PDF file

  Modelling of Doherty PA or Load Transformation Network (LTN) for High Output Power PAs

For further information please see PDF file

  Broadband CMOS Power Amplifier design

For further information please see PDF file

  System-Level Modelling and Simulation of High Data Rate Transceiver

For further information please see PDF file

  All-Digital Delay Locked Loop with Edge Combiner in 65nm CMOS for 5G standard

For further information please see PDF file

  Broadband & Efficient class-O/class-V RF power amplfier with 30 dbm outputpower in 130 nm CMOS technology

For further information please see PDF file

  Efficiency enhancement of class-O power amplifiers at back off power

For further information please see PDF file

If you are interested in any announced topic please contact the responsible person given in the PDF files.

For further questions and other topics please contact:

Dr. Muh-Dey Wei
Room: 638
E-mail: muh-dey.wei@rwth-aachen.de