Place a 12V DC power supply or battery and connect it to the breadboard rails first.
Switch to "Analysis" mode to see wire color changes that indicate voltage levels.
Recent updates allow simulation frequencies up to 96,000 Hz, enabling the creation of working 8-bit CPUs. Platform & Requirements
If simulating microcontrollers, adjust the simulation frequency in settings to ensure the clock speed matches your logic needs.
Place a 12V DC power supply or battery and connect it to the breadboard rails first.
Switch to "Analysis" mode to see wire color changes that indicate voltage levels. CRUMB.Circuit.Simulator.rar
Recent updates allow simulation frequencies up to 96,000 Hz, enabling the creation of working 8-bit CPUs. Platform & Requirements Place a 12V DC power supply or battery
If simulating microcontrollers, adjust the simulation frequency in settings to ensure the clock speed matches your logic needs. CRUMB.Circuit.Simulator.rar