A totally brilliant video and a brilliant concept to present it like that ! Obviously now that you've created this, it is going to be useful as a reference resource that can be consulted "as needed". Excellent! Well done!
Thank you for uploading this clip about Logic Gate which i felt confused so far to understand the function it. Now I could able to understand this Logic Gate function easily by your method of teaching with diagram.
Thank you so much for this video! You helped me to understand this with your illustrations in the video!!!!! I am so new at this and for someone at 46 years old looking for a new career, this really helps me to understand Logica gates. Thank you!!!
5:50 The dialouge, and the truth table on the right side of the screen are discussing/referencing an 'XOR' gate, but the gate shown on the left side of the screen is mistakenly an 'XNOR' gate.
Excellent! I am teaching an autistic adult and your video with the picture representation of circuits, truth tables and ICs all in one short video. Thank you very much!
Using the analogue diagrams was really helpful way for explaining. 1:12 But, won't bulb still glow in NOT gate analogue circuit as it is connected in parallel.
I got my Ham licences Tech July 2015 General September 2015 and Extra in early Nor 2015 I am now re learning everything and your vidio definately HELPED! Thanx !!!
Best explanation I've seen so far really helps great video just one suggestion at 5:24 on the NOR gate when you were talking about the A input you had the B input highlighted on the truth table and vice versa but other than that great video
This is a great video, thanks for sharing.... Though, thought I best point out; there's an error at 6mins, as you're explaining an XOR gate with the XOR truth table but it's showing the title and symbol for the XNOR.
I know Ive seen/commented at least 3 times on this video, The Gate converter inverting my output and Not posting it, the delay is about 180 seconds out of phase with the input. Sounds complicated? It’s that 19Mos. Running Transistor/Enabled Buffer provided by ABC as Positive Feedback source. to keep them protected for Rouge Resistors of DC offsets. 🤔
You made that so easy to understand, I flew through the video. While I have an aerospace eng degree, I became very fascinated with electronics. I look forward to seeing other more advanced videos.
Been working with these gates in my digital electronics class for several weeks now. This week we're working on simplifying Boolean expressions. Last week we were trying to make all types of different gates using only a NAND gate as a universal gate.
I still think it's ridiculous I've spent four years studying computer science and we weren't taught how logic gates work. "Here's the logic gate, here's what it does, goodbye".
Thanks ma'am for your amazing demonstration😃😃😃😃. But I would be really more happy if you would demonstrate the XNOR and XOR gate by taking some more time and with proper circuit diagram😅😅😅😅😅😅😅.
Hi Madam , this is great because analog diagrams show actually what happens. Your demo is very generous and very effective and depicts your profound knowledge. Appreciate a lot !
A bit fast bit good video and explanation of the basics. I would still like to see more examples with different components in a schematic besides a lamp and a generic undefinided "input" to make sure I understand every example I come across. That last section with the chips was too rushed for me.
Hi TheXOR Gate Symbol @ ruclips.net/video/lXWpWNKwYbo/видео.html is showing the XNOR, and says XNOR, and its a common theme for XNOR / XOR on the next minute or so, I think a copy and paste was involved... ;) other than that, great explanation of logic gates :)
What is the logic gate when you wire a 3 way switch as the first switch, after which you wire a 4 way switch and the last switch going to the load is a 3 way switch. Meaning that you can turn the load on/off from any of the 3 switches? As an aside, you may add any number of 4 way switches between the two 3 way switches and control the load on/off from any switch. Thanks for your well presented videos, all your videos are valuable.
this is a good video for explaining logic gates but in the not gates circuits the light would still be on, voltage doesn't just not go down that root because the is another one open other wise parallel circuit would not work.
I still don't understand how power can pass through the gate with 0 input. In other words, a 0 is no current through the input of the gate and 1 is current input. So if there is no current in, how is there current out? I understand the logic of the gate. I just don't understand the physics of the gate.
If the logic gates etc. are made with SPDT relays everything is super easy. For example if the each relay includes an internal light the conditions can be known by visual inspection. For example my version of the video game PONG consists mostly of four up/down counters and 13 rows of 16 light bulbs. The rectangle of light bulbs takes place of the television screen. Thus its internal workings can be understood with only elementary school education . The game is actually electric rather than electronic.
Can someone please explain me this: in the diagram for NOT gate (and also for NAND and NOR) the electric current seems to "choose" the shortest path to the ground trough the switch when the switch is connected, even when there is nothing to stop it from going straight to the lamp also. Is this a mistake in the diagram, or is this something that really happens in real life? Does it have something to do with the resistor symbol that is only present in these mentioned examples? If so, why/how?
A totally brilliant video and a brilliant concept to present it like that ! Obviously now that you've created this, it is going to be useful as a reference resource that can be consulted "as needed". Excellent! Well done!
Best representation/explanation I've seen. Makes complete sense now. Thank you.
Thank you for uploading this clip about Logic Gate which i felt confused so far to understand the function it. Now I could able to understand this Logic Gate function easily by your method of teaching with diagram.
Thank you so much for this video! You helped me to understand this with your illustrations in the video!!!!! I am so new at this and for someone at 46 years old looking for a new career, this really helps me to understand Logica gates. Thank you!!!
5:50
The dialouge, and the truth table on the right side of the screen are discussing/referencing an 'XOR' gate, but the gate shown on the left side of the screen is mistakenly an 'XNOR' gate.
Same here. that is why I went for another video came back 😅😂 due to good explanation is here 😂
The best video I have ever seen on logic gates.
Excellent! I am teaching an autistic adult and your video with the picture representation of circuits, truth tables and ICs all in one short video. Thank you very much!
Best explanation I have seen so far, Thank you!!
the best explanation and presentation so far thank you mam it helps me understand logic gates
Very nice explanation.... everything is crystal clear now......thank u so much
👍👍
6:20 For those who want an XOR version, just criss-cross the two middle lines (don't connect them).
Cheers! Was wondering how to implement that one 👍
Using the analogue diagrams was really helpful way for explaining. 1:12 But, won't bulb still glow in NOT gate analogue circuit as it is connected in parallel.
I think it will not, because the lamp has a higher resistance than the switch. Think of the switch closed as a short circuit.
@@silevol But, still electrons can flow in both directions from the node
@@harsh.chaudhari But they won't, because of the greater resistance the lamp has.
I got my Ham licences Tech July 2015 General September 2015 and Extra in early Nor 2015 I am now re learning everything and your vidio definately HELPED! Thanx !!!
Excellent explaining through electrical circuits
Best explanation I've seen so far really helps great video just one suggestion at 5:24 on the NOR gate when you were talking about the A input you had the B input highlighted on the truth table and vice versa but other than that great video
This is a great video, thanks for sharing.... Though, thought I best point out; there's an error at 6mins, as you're explaining an XOR gate with the XOR truth table but it's showing the title and symbol for the XNOR.
This was a brilliant explanation 😃
Great video! Love the circuit example next to the truth table.
Looks like you omitted the XOR circuit? You did the XNOR though.
Best explanation in the world, May God bless u and your while family and also future generations
I know Ive seen/commented at least 3 times on this video, The Gate converter inverting my output and Not posting it, the delay is about 180 seconds out of phase with the input.
Sounds complicated?
It’s that 19Mos.
Running Transistor/Enabled Buffer provided by ABC as Positive Feedback source. to keep them protected for Rouge Resistors of DC offsets. 🤔
Comment 100 and this isn’t one.
God bless, you have just made my understanding easy.
You made that so easy to understand, I flew through the video. While I have an aerospace eng degree, I became very fascinated with electronics. I look forward to seeing other more advanced videos.
Fantastic explanation.
But, how can we use this IC to calculate: 5 + 2?
thank you
Thank you mam for this great fantastic video. I got clarity in logic gates
Nice teaching method I impressed
Been working with these gates in my digital electronics class for several weeks now. This week we're working on simplifying Boolean expressions. Last week we were trying to make all types of different gates using only a NAND gate as a universal gate.
@Thawne1338 Wow, this was 3 years ago, but it was at a technical college.
In A Not gate example, why when pressing a switch to on position current flows away from the led?
I really whish your video was ranked higher
The best Explanation sir.not only for this vedio but also other vedio too.
I still think it's ridiculous I've spent four years studying computer science and we weren't taught how logic gates work. "Here's the logic gate, here's what it does, goodbye".
Very very thanks for informative video.
I am an Beginer on this and I can start to understad how it works with this way to explain it, Thank you .
Great explanation.
Thank You so much ❤️
1:30 why the light is off ?
6:02 I think you wrote behaviour of XOR not XNOR
yes that was not XNOR, and not XNOR is actually XOR so...
Yea thats what i saw.
I honestly don't know either i love your very detailed and informative videos or I love you !
Great video but at 6min the XNOR symbol has been used to explain the XOR gate.
Thanks ma'am for your amazing demonstration😃😃😃😃. But I would be really more happy if you would demonstrate the XNOR and XOR gate by taking some more time and with proper circuit diagram😅😅😅😅😅😅😅.
Need more videos please I just subscribed to your channel. Thanks for this lesson.
very much helpful
Hi Madam , this is great because analog diagrams show actually what happens. Your demo is very generous and very effective and depicts your profound knowledge. Appreciate a lot !
How can I turn logic gate combinations into a circuit diagram?
excellent showing analog circuits
SUPERBLY NARRATED.
if you're inputting 0v then where is the electricity coming from to complete a circuit?
Can any one explain after the computer converts decimal to bainary then logic gates ate executed or what?
Mam, today i came to know what actually gates are and how it works bcz u explained very well... respect. ❤
Phenomenal presentation!
Thank u very much it is use.....
it is quit interesting ! thank you a lot, i am learning about logic with big attention
Very interesting, you got good communication skill, good teaching skill, real electronic guru, good orator
Great explanation 👍
This was actually really helpful bridging the gap between the theory and the chip function
And what are half adders and full adders? I'm sure there's a video on it. I'll search.
I got excited as soon as I started to understand
A bit fast bit good video and explanation of the basics. I would still like to see more examples with different components in a schematic besides a lamp and a generic undefinided "input" to make sure I understand every example I come across. That last section with the chips was too rushed for me.
Good simulation
Mosfet gate voltage how to chek in pcb
Hi TheXOR Gate Symbol @ ruclips.net/video/lXWpWNKwYbo/видео.html is showing the XNOR, and says XNOR, and its a common theme for XNOR / XOR on the next minute or so, I think a copy and paste was involved... ;) other than that, great explanation of logic gates :)
We appreciate
What is the logic gate when you wire a 3 way switch as the first switch, after which you wire a 4 way switch and the last switch going to the load is a 3 way switch. Meaning that you can turn the load on/off from any of the 3 switches? As an aside, you may add any number of 4 way switches between the two 3 way switches and control the load on/off from any switch. Thanks for your well presented videos, all your videos are valuable.
Awesome explanation. 🙌🏽
this is a good video for explaining logic gates but in the not gates circuits the light would still be on, voltage doesn't just not go down that root because the is another one open other wise parallel circuit would not work.
great explain , Greetings to you from algeria
I still don't understand how power can pass through the gate with 0 input. In other words, a 0 is no current through the input of the gate and 1 is current input. So if there is no current in, how is there current out? I understand the logic of the gate. I just don't understand the physics of the gate.
Iam zero knowledge person your explanation simple super madam thank you so much
Great
it's a good solutions here video I like this your video class
analogue circuits like the ones shown (no transistors) are usually easier to understand for the newbie ..nice
If the logic gates etc. are made with SPDT relays everything is super easy. For example if the each relay includes an internal light the conditions can be known by visual inspection. For example my version of the video game PONG consists mostly of four up/down counters and 13 rows of 16 light bulbs. The rectangle of light bulbs takes place of the television screen. Thus its internal workings can be understood with only elementary school education . The game is actually electric rather than electronic.
great video
Hello, may I ask what does the hand sign you make mean ?
I think it's from Star Trek, it means peace and prosperity
@@jonas4573 live long and prosper
good video.
Learn a lot in little time, Thanks a lot Madam. God Bless
Wow much easier than i expected
This video quality is hard to XNOR.
Really informative video!
good and very helpful video... thank you for making this up.
🙌🙌🙌
But who does the switch on or off?
So basically all gates with a N are parallel and all gates without is series circuit as a diagram
this is so helpful
Thanks this video
Can someone please explain me this: in the diagram for NOT gate (and also for NAND and NOR) the electric current seems to "choose" the shortest path to the ground trough the switch when the switch is connected, even when there is nothing to stop it from going straight to the lamp also. Is this a mistake in the diagram, or is this something that really happens in real life? Does it have something to do with the resistor symbol that is only present in these mentioned examples? If so, why/how?
Please let me know what is software used as simulator for logic gates?
Thanks for great explanation
Thanks for giving us .....ur important time mam....
Well explained with analog circuit...
I subscribed the moment I saw the legend of Zelda in the back
Good video thanks Karen
thanks, this video was really helpful
Thanks. :)
i learned this on little big planet game !
Yeah, but how does power change from low to high from the power plant?
This best explanation ever
I wanted XOR circuit 1😪
Ready to build it with transistors?
True or false nothing betwen ;D Great Video as always :D