Electrical Engineering
Circuits, signals, power, electronics, electromagnetic systems, and electrical design calculations.
AC Circuits Workbench
Analyze sinusoidal signals, phasors, complex impedance, RLC networks, AC power, power-factor correction, filters, transformers, and balanced three-phase systems.
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Analog Electronics Workbench
Study op-amp feedback, summing and differential stages, active filters, comparators, transistor amplifiers, instrumentation amplifiers, and oscillators.
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Capacitors and Inductors Workbench
Learn electric and magnetic energy storage through capacitor and inductor networks, physical geometry, dielectrics, transients, reactance, coupling, and LC resonance.
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Digital Electronics Workbench
Learn logic gates, Boolean expressions, binary arithmetic, adders, multiplexers, flip-flops, counters, timing, ADCs, DACs, and PWM.
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Electronics Reference Center
Open detailed semiconductor, op-amp, logic, package, measurement, marking, preferred-value, and equation references with selection guidance and practical examples.
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Introductory Circuits Workbench
Learn DC and introductory AC circuit analysis through Ohm’s law, power, resistor networks, Kirchhoff’s laws, equivalent circuits, first-order transients, resonance, filters, and resistor color codes.
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Power Electronics Workbench
Analyze linear regulators, buck, boost, buck-boost and flyback converters, switching losses, ripple, thermal paths, and efficiency budgets.
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Semiconductor Devices Workbench
Learn diode, Zener, LED, rectifier, BJT, MOSFET, transistor-switching, and semiconductor thermal behavior through guided operating-point models.
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