I really like the approach in electronics from the hardware level not just the software. I build a wireless transmitter and receiver circuit from one of the simulators, from reading and studying about electronics on the web including here on youtube for about 8 months now on and off. The hardest part was getting the timing and sync between the transmitter and receiver, it would be much easier if I was just trying to control one channel since that can be done without timing. I just couldn't find the logic diagram and step by step details in the datasheets of none of the radio/infrared control ICs for things like wireless control toys, they only show the block diagrams and maybe a little more with a lot of scary stuff such as "control logic" lol. So I gave up and decided to build my own lol, with the infos that I gather so far. So I decided to revisit this "control logic" stuff (which I am sure I end up implemented) which brought me to your video.
Very clear explanation of the theory at hand. Thanks a lot for spending time to put your explanation out there! It's very much appreciated.
I really like the approach in electronics from the hardware level not just the software.
I build a wireless transmitter and receiver circuit from one of the simulators, from reading
and studying about electronics on the web including here on youtube for about 8 months
now on and off. The hardest part was getting the timing and sync between the transmitter and receiver, it would be much easier if I was just trying to control one channel since that can be done without timing. I just couldn't find the logic diagram and step by step details
in the datasheets of none of the radio/infrared control ICs for things like wireless control toys, they only show the block diagrams and maybe a little more with a lot of scary stuff
such as "control logic" lol. So I gave up and decided to build my own lol, with the infos that I gather so far. So I decided to revisit this "control logic" stuff (which I am sure I end up implemented) which brought me to your video.
Don't tell me not to make a computer!
No but in all seriousness, great lecture! Got a better understanding of this part of the computer
Awesome 👍👍
I didn't understand even after studying for 2 hours
I understood Hardwired control after watching this!
Thank you
what are u doing in that 2 hours, dumb!
excellent explanation
Thankyou sir for the detailed explanation 🙂♥️
Explaination 🔥🔥
Thank you sir
09:27 ..Just for this
Thank you sir.
Best explanation 😊
But one funny thing you said don't build your own computer after watching this video. Sir what do you think we are
😂😂😂😂😂
Don't make computer....haha😂😂👌
sir please make lectures available after 66,I have done all upto that
Decoder o/p is only one 1 and rest are 0s. Is this decoder generates more than one 1s?
It totally depend on how many instructions are in a program(going to execute)
Sumanta u are right
The timing generates 0s it seem
sir please make further lectures available,why are they private
are they not for common or your every students?
what is MFC??
Memory Function complete..MFC = 1 indicates that the required memory operation (read/write) is completed