There will be a shoot through on the main output with each transition even if the output is disconnected. The off transistor turns on several nanoseconds faster than the on transistor turns off
It appears that bipolar transistors turn on faster than they turn off, so any simple totem pole output has a shoot-through issue. The higher the current capacity of the transistors, the worse the problem.
I once did an astable circuit using a 555 to create a clock for students breadboarding logic circuits. I forgot the decoupling cap, and the circuit created 3V of ringing on a 5V signal! A simple 100nF cap added to the chip power pins cleaned it right up.
Yup, you fall into the 1% of Canadians who need a truck like that. The remaining 99% are wasting gas, wasting money, and damaging roads that everyone has to pay for, even non drivers.
Well, he's not wrong. It's not funny calling them a fascist, mostly because it's true. I also have no doubt they're willing to ship pretty much anyone who gets in their way off to Gitmo.
You know, if you can afford to lose another 7.2%, you'd have the accuracy of flipping a coin, and the coin is _much_ cheaper than anything from Microsoft.
