Frequency stability of graphene nonlinear resonators: Matlab Code

MATLAB code from master thesis <em>Frequency stability of graphene nonlinear resonators</em> See http://resolver.tudelft.nl/uuid:96b47031-ff15-4057-ab33-1ac4863119be Introduction These files contain code on three topics: Calculate the Allan Deviation with more control about the number of points calculated. Parse stream files from the Zurich Instruments UHF into <code>.mat</code> files, one per signal. Model and configuration files for the simulations. Allan Deviation The file is located in the root of this structure and called <code>allandev.m</code>. The comments contain the information required to run it. UHFLIStreamParser This directory contains a set of files to parse stream files into <code>.mat</code> files per signal. Main file is <code>UHFLIStreamParser.m</code>. The other files are helpers for this function or wrappers to select a batch of stream files to parse. Simulation The simulation directory contains the Simulink model used in the master thesis: <code>PLL_duffing_with_thermal_noise_nonlinear_damping.slx</code>. To run this, one needs to load parameters for the system. A start can be found in <code>graphene_drum_parameters.m</code>. A phase sweep can be executed by running <code>run_nonlinear_damping_experiments_in_simulations.m</code>. The other files in this directory are helper functions. Author: Ties Verschuren © 2020 - MIT licence.