Hi Bill, I love your videos and think they are ideal for people starting out. They are also great for retired old codgers like me who need a refresh. I hope you don't mind me pointing out an error at 2:52 where you say that by inverting a NOR gate you get a NAND. This is incorrect. If you invert a NOR gate, you get an OR gate.
I think you can combine the two P-channel source pins and save one resistor without changing the operation of your gate. This would reduce your component count to 5.
Hi Bill, I love your videos and think they are ideal for people starting out. They are also great for retired old codgers like me who need a refresh. I hope you don't mind me pointing out an error at 2:52 where you say that by inverting a NOR gate you get a NAND. This is incorrect. If you invert a NOR gate, you get an OR gate.
Whoops! You are correct, and inverted NOR is indeed an OR, well spotted, and thank you!
Thank you for this video. I've followed both this and the first part of the video, and I have to say it's very interesting
I think you can combine the two P-channel source pins and save one resistor without changing the operation of your gate. This would reduce your component count to 5.