Summary
Follow-up to #3038. The resistor and capacitor attributes are in place, but the pulse width is still a tick count, max(1, round(tW × tickFrequency)). At a comfortable tick rate an ordinary RC value collapses to one tick, and raising the tick frequency to see a real pulse makes the rest of the circuit run too fast to watch.
The width should stay the 5 V datasheet formula, tW = 0.45 × Rext(kΩ) × Cext(pF) nanoseconds, and elapse in real time while the simulation is running. It should not depend on the tick frequency. Stopping the simulation should freeze the time that remains, and running again should continue it. The external resistor and capacitor stay attributes, not wires, and the analog capacitor charge is still not modeled.
I will open a pull request for this issue.
Summary
Follow-up to #3038. The resistor and capacitor attributes are in place, but the pulse width is still a tick count,
max(1, round(tW × tickFrequency)). At a comfortable tick rate an ordinary RC value collapses to one tick, and raising the tick frequency to see a real pulse makes the rest of the circuit run too fast to watch.The width should stay the 5 V datasheet formula,
tW = 0.45 × Rext(kΩ) × Cext(pF)nanoseconds, and elapse in real time while the simulation is running. It should not depend on the tick frequency. Stopping the simulation should freeze the time that remains, and running again should continue it. The external resistor and capacitor stay attributes, not wires, and the analog capacitor charge is still not modeled.I will open a pull request for this issue.