Комментарии:
This is very helpful since im just nine years old and im getting into circuitry in simulations
ОтветитьSolid video thanks !
ОтветитьThis kind of teaching goes miles too fast, if only we could all keep up with it.
ОтветитьFlip-flops are normally made using cmos technology which is STATIC SENSITIVE and therefore should NOT be handled without protective packaging while out of the circuit, or else the component can be destroyed by electrostatic charges which can be present in your fingers!
ОтветитьThank you
ОтветитьHow it help us in our life give examles😂
Ответитьlearning confuse , but getting there thks
ОтветитьZelda great
Ответитьthere is a mistake the SET and Reset are reversed !
ОтветитьIt's bad when the two get HIGH... I know. I know.
ОтветитьGood day ...can you make a selection switch number....1 to 9..each number has it own botton.. and it has ah reset botton to...thank you ...notice me pls i wish you can make ...it a helpful for me thank you again in advance
ОтветитьOne of the best examples with animations. Not to bashed hindi content but this is more undertandable
ОтветитьCan someone explain. When NOR logic sets the output to 1 for only both inputs =0. must set =0 and reset = 1 (to be reversed to input 0 to the upper gate)?
ОтветитьWhy is everyone whistling their letter "S"? It's a bizarre phenomena. It's like everyone's mirror neurons are working too well.
ОтветитьThanks for uploading this well explaining video. Very useful !!!!
ОтветитьSo the opposite of Q is BAR be Q?
{I will see myself to the door now...🤭}
everything makes fucking sense when she explains
ОтветитьIf you hard wire set and reset to ground, how does it ever go High?
ОтветитьYour teaching is easy to understand... Thanks dear! Who is speaking here, Marcos from Brazil!
ОтветитьHow does SET high makes Q high??
ОтветитьSomething like the 74LS74
ОтветитьVery nice 👌 🎉❤❤❤❤❤❤😊🎉🎉🎉🎉❤❤❤❤❤❤❤❤❤
ОтветитьNice information TY
ОтветитьCan U show the detail electronic components citcuit inside SR flip flop to make more understanding it..thx so much
ОтветитьIn this one video here, at least in my opinion, we have the foundation of all RAM, all flash memory, and the reason that logic circuits had to shrink between ENIAC boards in 1945 and the creation of the home computer.
ОтветитьFlip flops that use a few extra parts are so much easier to understand . An SR latch made of an OR Gate, AND Gate , Inverter combination is a good place to start.
ОтветитьI hope people can understand what she is talking about. She explains too fast normal people and could confuse many people. This is not a video from people beginners.
ОтветитьHi! I can't find the missing episodes (54-59)
Ответить🫶🥰
ОтветитьThank youuuuu
ОтветитьProblem solve ?! Not quite... what about the race around condition when clk = j = k = 1?
ОтветитьGo on U R the best
ОтветитьVery excellent video. Very helpful and meticulous. Just what I needed. God bless you all at the Learning Circuit!
Ответитьplease remove this video. Review and release. many mistakes
ОтветитьWhen both Set and reset are tied to ground as shown in the picture how can Set or Reset go high?.
ОтветитьI don't remember buying tickets to the gun show. Oh well, I'm not complaining ;)
Ответитьنعم
ОтветитьThank you for making sense of this so I can retake my Digital Logic final
Ответитьshe should speak slowly. tbh
ОтветитьThanks!
ОтветитьQ-bar. Flip Flop, Q-Bert. Now you know the origin of that game. Congratulations.
ОтветитьGreat, thanks for explaining nothing of how it works. You just shows what it does. To show how it does it you need truth tables and show the outputs in each case. Disliked.
ОтветитьLook I flip flopped like 12 IC LIGHTS before I figured out this wasn't about beer. But all those terms though made it sound logical. So here's my take. IC's start out as 1. Then turn to IC Lights when 0.
Ответить