Basic Level
- Practical case: Voltage limiter with series diodes
Master Analog Electronics by building a voltage limiter with a simple Diode circuit. Protect inputs and clamp signals to 2.1V for safe, stable output results. - Practical case: Reverse polarity protectionLearn Analog Electronics by building a Diode protection circuit for a DC motor. Prevent damage from reverse polarity and measure the 0.7V voltage drop.
- Practical case: Simple half-wave rectificationMaster Analog Electronics by building a half-wave rectifier using a Diode. Convert AC to pulsating DC and visualize signal clipping on your oscilloscope.
- Practical case: Forward and Reverse Diode BiasingMaster Analog Electronics by building a Diode circuit to verify unidirectional current flow. Measure 0.7V drops and block reverse polarity in this lab.
Medium Level
- Practical case: DC level clamper circuit
Level: Medium | Understand the shifting of the DC level of an AC signal using a diode and a capacitor.## Objective and use case You will build a positive… - Practical case: Half-wave voltage doublerLevel: Medium | Objective: Analyze and assemble a voltage doubler circuit to increase the peak voltage of an AC signal.## Objective and use case In this…
- Practical case: Zener Diode as a Voltage RegulatorMaster Analog Electronics by designing a Zener Diode voltage stabilizer. Build a circuit to clamp output at 5.1V and protect loads from voltage spikes.
- Practical case: Full-wave bridge rectifierMaster Analog Electronics by building a Diode Graetz bridge. Convert AC to pulsating DC, double the frequency to 120Hz, and measure real voltage drops.
