DYK Team's repositories
Digital_BH-loop_algorithm
Digital BH-loop algorithm
Robot_navigation_Kalmus_guidance_method
Implementation of Kalmus’ guidance method for robot navigation
Chan_BH-loop_model
Chan's model for simulating a BH-loop
Parabolic_reflector
General principles for constructing an internet access point using a homemade parabolic reflector, a 4G modem, and a feed antenna
PyVISA_SCPI_RS_VNA
PyVISA and SCPI tests for a Rohde&Schwarz VNA
QI-1_thruster
Programmable high-voltage DC/DC converter based on Raspberry Pi 4B. For a DARPA project HR001118C0125 on the quantised inertia (QI).
Shimming_coil
1D shimming coil design and optimisation algorithm
Brushed_DC_motor_solver
Solver for brushed permanent magnet DC motors
Coursework_complex_signals
A coursework on complex signals
DC_resistance_network
KCL and KVL for the bridge circuit
Digital_BH-meter_NI_DAQ
Digital BH-meter based on NI DAQ and LabVIEW
Kollmorgen_motor_control_Python
Reproducing PLC commands in Kollmorgen PCMM & AKD with Python
LR_circuit
Calculating all parameters for the LR circuit
LTspice_for_complex_waveforms
LTspice simulator for complex waveforms
Magnetic_core_solver
Solver for a single loop magnetic core or a branched core consisting of a central part andtwo parallel branches
QI-2_thruster_GUI
Programmable high-voltage DC/DC converter based on Raspberry Pi 4B. For a DARPA project HR001118C0125 on the quantised inertia (QI).
SOLT_Calibration_VNA
Project at MISiS, Moscow, 2017-2018. Implementation of the SOLT calibration for the legacy VNA HP8753E using Touchstone s1p/s2p files for the coaxial terminations.
Vector_calculus
Sum and difference of two vectors u1 and u2 with application to the analysis of complex signals
vna-impedance-measurments
Calibration and deembedding for impedance measurments
DC_distribution_lines
This repository is part of a student coursework aimed at understanding and simulating DC distribution lines.
Magneto-impedance_measurements
Measuring magneto-impedance in ferromagnetic wires subjected to external stimuli such as magnetic field, tensile stress, and temperature
Programable-DC-power-supply
Programable DC power supply based on Arduino UNO