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Presidency University B.Tech EEE notes written while studying, with 69 interactive engineering simulators and mathematical derivations.
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- EEE1200Foundation4 SimulatorsLab: EEE1250
Basics of Electrical and Electronics Engineering
DC circuit theorems, single-phase AC fundamentals, resonance, and semiconductor devices.
DC TheoremsKVL & KCLAC PhasorsP-N DiodesProgress: 2 of 4 Units50% · 11 min readContinue Learning - MAT1001Foundation1 Simulators
Calculus and Differential Equations
Differential equations, linear algebra, and multivariable calculus for engineers.
ODEsMultivariable CalculusLinear AlgebraEigenvaluesProgress: 4 of 4 Units100% · 5 min readContinue Learning - CIV1200Foundation1 Simulators
Foundations of Integrated Engineering
Multidisciplinary engineering concepts, systems thinking, and statics.
Problem SolvingEngineering StaticsFBDsMultidisciplinaryProgress: 4 of 4 Units100% · 5 min readContinue Learning
- ECE1001Foundation5 SimulatorsLab: ECE1051
Digital Electronics
Boolean algebra, combinational logic gates, flip-flops, synchronous counters, and state machines.
Logic GatesK-MapsFlip-FlopsFSM State MachinesProgress: 5 of 5 Units100% · 7 min readContinue Learning - PHY1001Foundation1 SimulatorsLab: PHY1051
Advanced Materials and Quantum Physics for Engineers
Band theory, quantum mechanics, lasers, optical fibers, and semiconductor physics.
Band TheoryQuantum MechanicsLasersSemiconductorsProgress: 4 of 4 Units100% · 5 min readContinue Learning
- EEE2001Core EEE3 SimulatorsLab: EEE2051
Electric Circuit Analysis & Synthesis
Transient analysis, Laplace transform in circuits, two-port networks, and network synthesis.
Mesh & NodalThévenin / NortonTwo-PortResonanceProgress: 4 of 4 Units100% · 5 min readContinue Learning - EEE2002Core EEE4 SimulatorsLab: EEE2052
Analog Electronic Circuits
BJT and MOSFET small-signal amplifiers, differential pairs, frequency response, feedback, and active filters.
BJT & MOSFETOp-AmpsActive FiltersOscillatorsProgress: 4 of 4 Units100% · 5 min readContinue Learning - EEE2003Core EEE4 SimulatorsLab: EEE2053
Electrical Machines I (DC Machines & Transformers)
Single-phase and three-phase transformers, DC generators, DC motors, and efficiency tests.
TransformersDC MachinesSpeed ControlVector GroupsProgress: 4 of 4 Units100% · 5 min readContinue Learning - EEE2004Core EEE2 Simulators
Electromagnetic Field Theory
Vector calculus, electrostatics, magnetostatics, Maxwell's equations, and electromagnetic wave propagation.
Maxwell's EquationsElectrostaticsMagnetostaticsPoynting VectorProgress: 4 of 4 Units100% · 5 min readContinue Learning - EEE201Core EEE3 Simulators
Circuit Theory & Network Synthesis
Matrix nodal equations, transient differential response of 1st and 2nd order RLC networks, s-domain Laplace analysis, two-port network parameters (Z, Y, ABCD, h), and coupled magnetic circuits.
Network SynthesisTwo-PortTransientLaplaceProgress: 3 of 4 Units75% · 4 min readContinue Learning
- EEE2005Core EEE3 SimulatorsLab: EEE2055
Control Systems Engineering
Transfer functions, mathematical modeling of physical systems, block diagram reduction, signal flow graphs, time response, Routh-Hurwitz, Root Locus, and Bode/Nyquist stability.
Transfer FunctionsRoot LocusBode StabilityPID TuningProgress: 4 of 4 Units100% · 5 min readContinue Learning - EEE2006Core EEE3 Simulators
Signals and Systems
Continuous and discrete signals, convolution, Fourier transform, and Z-transforms.
Fourier TransformConvolutionZ-TransformLTI SystemsProgress: 4 of 4 Units100% · 5 min readContinue Learning
- EEE405Advanced3 Simulators
Power Electronics & Switch-Mode Converters
Power semiconductor devices (MOSFET, IGBT, SiC/GaN), Buck, Boost, Buck-Boost DC-DC converters in CCM and DCM, gate driver design, and sinusoidal PWM inverters.
Buck / BoostSCR & IGBTPWM InvertersSMPS DriversProgress: 3 of 4 Units75% · 4 min readContinue Learning - ECE302Core EEE2 Simulators
Electromagnetic Waves & Transmission Lines
Maxwell's equations in differential and integral forms, wave propagation in dielectric and lossy media, Poynting vector, transmission line impedance matching, and Smith charts.
Wave GuidesTransmission LinesSmith ChartImpedance MatchProgress: 3 of 4 Units75% · 4 min readContinue Learning
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