Wolfram Demonstrations Project
Electrical Engineering
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Demonstrations 81 - 100 of 196
Harmonic Distortion of Nonlinear Transfer FunctionsEffective Resistance of NetworkDigital Modulation: Quadrature Phase-Shift Keying (QPSK) Signal Constellation and Eye DiagramsPotential Differences in a Circuit with an EMF SourceFrom Continuous- to Discrete-Time Fourier Transform by Sampling Method
Harmonic Distortion of Nonlinear Transfer Functions
Effective Resistance of Network
Digital Modulation: Quadrature Phase-Shift Keying (QPSK) Signal Constellation and Eye Diagrams
Potential Differences in a Circuit with an EMF Source
From Continuous- to Discrete-Time Fourier Transform by Sampling Method
Pi FilterSinc Interpolation for Signal ReconstructionAlternating-Current GeneratorXFT: An Improved Fast Fourier TransformXFT2D: A 2D Fast Fourier Transform
Pi Filter
Sinc Interpolation for Signal Reconstruction
Alternating-Current Generator
XFT: An Improved Fast Fourier Transform
XFT2D: A 2D Fast Fourier Transform
CNOT and Toffoli Gates in Multi-Qubit SettingRectangular Pulse and Its Fourier TransformPhasor Model for RC Filter Electronic CircuitQuantum Fourier Transform CircuitLaser Lineshape and Frequency Fluctuations
CNOT and Toffoli Gates in Multi-Qubit Setting
Rectangular Pulse and Its Fourier Transform
Phasor Model for RC Filter Electronic Circuit
Quantum Fourier Transform Circuit
Laser Lineshape and Frequency Fluctuations
Frequency Response of an LCR CircuitBifurcation Analysis of a Cubic Memristor ModelRF Attenuator T or Pi Values in 5% ResistorsRadio Propagation and Multipath with Diversity AntennasSmall Signal (AC) Bipolar Parameters from SPICE Parameters
Frequency Response of an LCR Circuit
Bifurcation Analysis of a Cubic Memristor Model
RF Attenuator T or Pi Values in 5% Resistors
Radio Propagation and Multipath with Diversity Antennas
Small Signal (AC) Bipolar Parameters from SPICE Parameters

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