Wolfram Demonstrations Project
Electrical Engineering
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Demonstrations 41 - 60 of 196
Multiple Signals in Nuclear Magnetic ResonanceOperational Amplifier Gain-Bandwidth CharacteristicsAdjustment of Protection Zones in an Impedance Relay for Two Adjacent Transmission LinesRLC Tank Circuit Bandpass Filter: Triangle Waveform InputDetecting a Signal with Background Noise
Multiple Signals in Nuclear Magnetic Resonance
Operational Amplifier Gain-Bandwidth Characteristics
Adjustment of Protection Zones in an Impedance Relay for Two Adjacent Transmission Lines
RLC Tank Circuit Bandpass Filter: Triangle Waveform Input
Detecting a Signal with Background Noise
Transfer Function for Continuous-Mode Boost ConverterDigital Determination of Output Voltage Harmonics in a Single-Phase Voltage ControllerDiscrete-Time ConvolutionBalanced T-Coil ParametersAttenuator Values in Resistor Families
Transfer Function for Continuous-Mode Boost Converter
Digital Determination of Output Voltage Harmonics in a Single-Phase Voltage Controller
Discrete-Time Convolution
Balanced T-Coil Parameters
Attenuator Values in Resistor Families
Morse Code EmitterMagnetizing Current Waveform in an Ideal Saturable InductorNMR Signal Processing Lab: Two Spins-1/2Operation of a MemristorDraw Your Own Electrical Circuit
Morse Code Emitter
Magnetizing Current Waveform in an Ideal Saturable Inductor
NMR Signal Processing Lab: Two Spins-1/2
Operation of a Memristor
Draw Your Own Electrical Circuit
Sallen-Key Low-Pass Unity-Gain Filter ResponseThree-Branch Electrical CircuitImproving Power Factors in an AC CircuitAliasing in Pendulum WavesInfinite Impulse Response (IIR) Digital Low-Pass Filter Design by Butterworth Method
Sallen-Key Low-Pass Unity-Gain Filter Response
Three-Branch Electrical Circuit
Improving Power Factors in an AC Circuit
Aliasing in Pendulum Waves
Infinite Impulse Response (IIR) Digital Low-Pass Filter Design by Butterworth Method

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