This hub focuses on electronic components used in real circuits. Pick a path below or start with the latest component cases.
Unlock full access
Members get the full content, downloads, and the Profesor Prometeo assistant. Non members can use Prometeo for up to 3 questions; deeper answers are limited.
Latest component cases (8)
- Practical case: Asynchronous Decade CounterBuild a 0-9 Binary counter in this Digital Electronics guide. Wire a 74LS93 with logic gates to trigger a reset at 1010 and track the count on LEDs.
- Practical case: 4-bit up counter with LEDsBuild a practical Digital Electronics circuit with a Binary counter. Visualize the 0 to 15 sequence on LEDs and verify synchronous clock signals.
- Practical case: Dual Safety Motor ActivationLearn Digital Electronics by building a safety circuit with a NAND gate. Create a two-hand motor control system that activates 5V output only on dual press.
- Practical case: Veto Voting SystemMaster Digital Electronics by building a voting system using a single 74HC00 NAND gate IC. Create a safety interlock circuit where LED output signals approval.
- Practical case: Water tank level controlLearn Digital Electronics by building a pump safety stop using a NAND gate. Design a circuit that cuts power to 0V only when two sensors detect a full tank.
- Practical case: Window sensor security alarmMaster Digital Electronics by building a fail-safe alarm with a NAND gate. Detect open windows and trigger a 5V LED signal instantly when security is breached.
- Practical case: High power circuit isolationMaster Analog Electronics by building a Relay driver circuit. Learn to safely switch high-power loads with low-voltage signals and verify galvanic isolation.
- Practical case: DC Motor ReversingMaster Analog Electronics by building a Relay H-bridge to control DC motor direction. Learn to switch polarity for clockwise spin, reverse motion, and braking.
FAQ
What is included in this hub? Case studies centered on analog and digital electronic components used in real designs.
How do I pick the right path? Use analog for passive and transistor based circuits, digital for gates, logic, and control patterns.
Does this list change? We refresh the list with the most recent cases.







