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Uff...such a great explanation with examples...and best part is that it was made 5yrs ago...subscribed and will look into more videos :) Edit: You stopped making videos :(
No we aren't planning to stop making videos. But times have been difficult lately for everyone. Will be back to posting videos soon. Thanks for your support !!!
We're both switched connected to XOR gate or XNOR gate 1)if they were connected to a XOR gate then why does fourth column show 1,1==>0 would this not mean that even if both of the switched were on light will not glow? 2)if both were connected to XNOR gate then why do second and 3rd column show 0,1==>0 and 1,0==>0 respectively wouldnt it mean if one switch is on then light will not glow?
XOR stands for Exclusive OR. The output of two input XOR gate is high only if a single input is high. So to answer your first question, the light won't glow if both the switches are connected to XOR gate and kept high. Similarly the output of XNOR gate is high when either both inputs are zero or one. This means that even if one output is high but the other is off, then the bulb wont glow. One thing to keep in mind is these switches are not connected to the light bulb directly. Switches are connected as inputs to a GATE and the output of this gate drives the light bulb. Hope this solves your doubt Avanish Padmakar :)
I have a question about that XOR gate example you've mentioned in the video. Just like the way in your example, there are two switches to one of the bulbs in my room. That bulb light up only if the both switches are in the same state. They both should be either switched ON or switched OFF for the bulb to light up. The bulb turn off when one of the switches are off and the other is on. So accordingly, I don't think there's a XOR gate in our circuit. I wonder what that gate is.... It's really confusing for me. Could you explain it a little more for me?
Well in that case the switches are setup as XNOR gate. The truth table of XNOR gate is XOR complemented. So when both of the switches are OFF (logic 0) or when both of them are ON (logic 1), the bulb turns ON (logic 1)
Get amazing content and support on Academic Courses, GATE Courses, Professional Courses and Career with Ekeeda. Go to ekeeda.com/ platform and register with the referral code EAPHAR74. Use the coupon code Ninja10 on purchase for special discount!
We have an exciting news for everyone! We have developed a course on PLC basics in collaboration with Internshala where you can get good discounts using the coupon code ISRP16947850. Go check it out here- trainings.internshala.com/plc-programming-training
Thanks for this. This helped me understand these gates a lot better than a lot of other videos.
Thanks +Dana Loux. Hope you also find the other videos in this series helpful :)
Thank you! The examples really made this video shine in my opinion.
Great examples!
Thankyou for this- I cant understand form school istg- I’m genuinely thankful for uploading this vedio
your videos are the best out of best!
The examples are amazing!!!
Thank you for the video. Tomorrow is my test and I had some doubts but they got cleared.
Thank you for the help! This helped me understand better than my instructor!
Thank you for the compressed tutorial. This really helped me in teaching my students
We are glad we could be of help to you and your students :)
Good video, simple explanation with helpful examples. Funny word misuse at 2:33 lol, not quite what that word means...
Ikr 😂 it should be erroneous
thankyou for doing this video this helped me a lot for my exam preparation
Uff...such a great explanation with examples...and best part is that it was made 5yrs ago...subscribed and will look into more videos :)
Edit: You stopped making videos :(
No we aren't planning to stop making videos. But times have been difficult lately for everyone. Will be back to posting videos soon. Thanks for your support !!!
Great 👍
Great explanation so far. God bless you guys
Awesome explanation with practical example 😍
You know. Your examples are extraordinary. I really like it.
Keep up guys.
Please do help in other topics also.
Thank you for the support. We will be publishing other videos soon !!!
Thanks, very good explanation and examples
Incredibly well done
you explained it so well, thank you!
this is what should be recommended rather than bullshit
this video is great
rip youtube"s algorithm
good video helped me to understand thanks a lot
Pls upload vIdeo on how create ladder logic according boolean expression
Thank you ❤️
thank you very much sir, very informative video
Crystal clear explanation. Thanks 👍
THANK YOU VERY MUCH FOR TEACHING THIS STUFF,WHICH MADE ME SO TERRIBLE.THANK YOU VERY MUCH..
excellent!
i like the examples thou its very much understandable
We're both switched
connected to XOR gate or XNOR gate
1)if they were connected to a XOR gate then why does fourth column show
1,1==>0 would this not mean that even if both of the switched were on light will not glow?
2)if both were connected to XNOR gate then why do second and 3rd column show 0,1==>0 and 1,0==>0 respectively wouldnt it mean if one switch is on then light will not glow?
XOR stands for Exclusive OR. The output of two input XOR gate is high only if a single input is high. So to answer your first question, the light won't glow if both the switches are connected to XOR gate and kept high. Similarly the output of XNOR gate is high when either both inputs are zero or one. This means that even if one output is high but the other is off, then the bulb wont glow. One thing to keep in mind is these switches are not connected to the light bulb directly. Switches are connected as inputs to a GATE and the output of this gate drives the light bulb. Hope this solves your doubt Avanish Padmakar :)
A perfect video. Thanks
V nice tq u so much
Welcome 😊. Keep watching.
Thank-you it helped me a lot and those were good examples
thanks +sai shree for such a wonderful comment. We are glad that you liked the video :)
This is like so useful. I love it
Thanks for your help!plz continue the good work.
Glad you liked the video +Marianna love.
Good
I have a question about that XOR gate example you've mentioned in the video. Just like the way in your example, there are two switches to one of the bulbs in my room. That bulb light up only if the both switches are in the same state. They both should be either switched ON or switched OFF for the bulb to light up. The bulb turn off when one of the switches are off and the other is on. So accordingly, I don't think there's a XOR gate in our circuit. I wonder what that gate is.... It's really confusing for me. Could you explain it a little more for me?
Well in that case the switches are setup as XNOR gate. The truth table of XNOR gate is XOR complemented. So when both of the switches are OFF (logic 0) or when both of them are ON (logic 1), the bulb turns ON (logic 1)
i tried to understand this for a long, all in vain untill i found you
Could you test my creation, thanks! Spot circuit solver on the playstore!
How is one zero logic gate deemed derived.one zero is written before binary math.
29 dislikes are having issues with their photo touch
the start up really hurts my head
voice is quieter than music
Peepeepoopoo
Errogenus condition
the beginning of your video is wrong, And gate is Y=A+b & Or gate is Y=A.B
Bad explanation worse......If the Fans are working that means it is ON how can you say the output is ZERO...
It's the NAND gate makes it to where if all the fans input value are 1 then the output will be 0, not switching the alarm.
That zero is for representation only u could have taken it as 1 how dumb r u dude