Using the Oscilloscope to Debug Digital Circuits
TL;DR: Drop an OSCILLOSCOPE (2-channel) or OSCILLOSCOPE8CH (8-channel) onto the canvas, wire each channel to the signal you care about, and run the simulation. The waveform window scrolls in real...
A collection of 4 posts
TL;DR: Drop an OSCILLOSCOPE (2-channel) or OSCILLOSCOPE8CH (8-channel) onto the canvas, wire each channel to the signal you care about, and run the simulation. The waveform window scrolls in real...
TL;DR: Shareable DigiSim.io URLs replace breadboard photos and screenshots with circuits that the grader can actually run. Functional testing — toggling each input combination — takes seconds per submission, and...
TL;DR: Browser-based circuit simulators teach digital-logic concepts faster and more reliably than physical breadboards by collapsing the build-test-revise cycle from minutes to seconds, exposing every signal at every node, and...
TL;DR: This tutorial walks through three starter circuits in DigiSim.io: a switch-driven light (digital signals), a 2-input AND gate (logic gates and truth tables), and a multi-gate alarm system (combining...