Tutorial T12: Design, Simulation, Fabrication and Testing of Microwave CMOS Distributed Oscillators, Amplifiers, Noise Cancelling LNA with Temperature Performances and Finally Design of 60 GHz 5G Receiver for Mobile Communication

Summary form only given, as follows. The complete presentation was not made available for publication as part of the conference proceedings. In this tutorial, after a brief description of the typical structure of a millimeter-wave receiver, the design, simulation, layouts and measured results of Microwave frequency Distributed Oscillators and broadband Distributed Amplifier will be presented. The measured temperature performance of the above mentioned Integrated Circuits (ICs) will also be presented with an analysis. The tutorial will be describing the popular RF front-end architectures with a particular emphasis on the noise-canceling (NC) technique based NC Distributed LNA in UWB band, followed by 60 GHz band designs of LNA, Quadrature Voltage Controlled Oscillator (QVCO) and down-conversion Mixer for 5G Mobile Communication Receiver. The tutorial will be constructing a 60 GHz Quadrature Receiver utilizing above 60 GHz circuits and presentation of its simulation results of Rx Conversion Gain, Noise Figure etc. Finally, an example of 60 GHz full duplex (FD) Transceiver of greater than 5 Gbps data rate will be presented from a recently published work.