Great video I understand how difficult it is to make such high quality videos ( the animations and the editing ) I think this is a very underrated science channel on UA-cam . Wish you all the best for your very bright future
Great video! I like how we are finally getting into the "branching," part of these videos, and I think that's a really good unifying theme and works well. One criticism is that the main "tree," is a little dense and hard to read. I think if it was 2D or organized differently it would be really cool to be able to track our progress as we go through the series. A neat trick to try might be to make the current branch glow, and have the rest get darker as the light travels through the branches.
I've been trying to learn how capacitive multi-touch works for a few weeks now. I'm glad I stumbled across your video, you did a great job explaining the concept and your visuals are fantastic. Keep up the great work!
Thank You for this wonderful video. I'm learning so much about how things work, it makes me realize how much i take everyday technology for granted. Thanks to all the Engineers who make our modern world possible.
This information was very good and video was nicely made,please explain further how touchscreen detect(sense) the disturbance in the field actually,like what components are used and all to detect.
At 2:09, shouldn't the direction of electric fieldlines be in the opposite direction, i.e., emerging from the positive charge and into the negative charge? Since it produces negative electric field, it was have inward flux right? Great explanation though, highly appreciate the clarity in the concept!!
I don't often comment as long, but this channel really needs to spread out, these animations seem difficult to produce and the final result is WOW, I don't get why this video is 28k views only, it deserves a lot more, isn't this heavily underrated channel better to watch than those other BS channels I don't want to mention?
Hi. Did I heard a Sound, generated in the Software Reason? Anyway. This is one of the best Video Presentation Structures I have ever seen... [Exaggerations about my exaggerations are... ;) ] Thank You very much and please do more "Branches".
Nice Information about this. Sir I would request you to make a video of how laser keyword works. The science behind it if possible. Thanks for those video. God Bless You.
I have an iPad, HomePod, Apple TV, and Apple Watch. Of course, I’ve got an iPhone to. But, how does the touchscreen work in the Homepod, Apple TV remote Trackpad, Apple Watch, and iPad?
Most of it depends on the number of rows vs columns. Resistive touchscreens have really good applications where pressure needs to be sensed accurately. I'm sure engineers can design resistive sensory inputs for different applications. For example, I wonder whether engineerings will apply resistive sensing arrays onto the limbs of robots.
Nice, do one on how and why brain waves activated by hormones can actually affect external reality including larger scale constructs such as pheromones which may alter variables in the general experience pool.
Yeah- from the many white papers I read, they quoted around 10, but in the patents, they mentioned closer to 20 (citations are in the episode notes). That goes to show the difference between mass production applications and lab results. I didn't get into the software utilization of 10 distinct touches, but I bet software writers have a hard time using more than 4 points effectively and consistently.
Amazing videos! very informative! Please keep making such videos. Can you make videos on different components of mobile phones, RF & WiFi technology, etc.
For something at the Size of a table, could you make a System out of multiple Touchscreens, so you can have the Delay of let's say a Tablet, but still the Size of a Table?
Nice work! Appreciate it! But I dont quite understand the readout principle. Does the ADC measure the votage of the whole column every timestep? Btw is it similar to how the CCD read out the charges?
I always had problems with those touchscreens. I guess my fingers aren't conductive enough. It was much easier for me to use those old resistivity touch screens, which could easily recognize nails and sharp objects. Oh, also these capacitance based touch screens are terrible if it rains or if some water ends up on the screen.
If the electric field is projected above the glass then why doesn't the touch work when I put my finger really close without touching? But touch still works on top of another protective glass layer
Since a change in charge causes a change in voltage and voltage can be converted into a digital signal through an ADC, we can measure the change in voltage of each row. His point was that theoretically it's best if we can measure each individual square, but since that would be very difficult and cumbersome to do, we instead measure the entire row. Doing this causes the problem that we cannot tell which square have what voltage, all we know is the total voltage. Therefore, the "scanning" is done such that only one column in each row can be activated at a time.
Here there are 40 columns so the electric feild is made to make iteration through the columns per 10micro/milliseconds. As such the electric field is varied. And scanning is done on the row side which is active only when the electric field is passing by the section.
Make this guy famous! Your teaching skills are amazing!
4 years later he was famous now
Great video
I understand how difficult it is to make such high quality videos ( the animations and the editing )
I think this is a very underrated science channel on UA-cam .
Wish you all the best for your very bright future
This channel will have a high peek in views some day
Great video! I like how we are finally getting into the "branching," part of these videos, and I think that's a really good unifying theme and works well.
One criticism is that the main "tree," is a little dense and hard to read. I think if it was 2D or organized differently it would be really cool to be able to track our progress as we go through the series. A neat trick to try might be to make the current branch glow, and have the rest get darker as the light travels through the branches.
Crystal clear explanation and visuals, and a fascinating subject-thank you for satiating my curiosity!
I've been trying to learn how capacitive multi-touch works for a few weeks now. I'm glad I stumbled across your video, you did a great job explaining the concept and your visuals are fantastic. Keep up the great work!
Thank You for this wonderful video.
I'm learning so much about how things work, it makes me realize how much i take everyday technology for granted.
Thanks to all the Engineers who make our modern world possible.
The graphics are beautiful and add a heightened level of clarity to the explanation.
Years waiting for this explanation. Thanks!
Another excellent video. The explanation was thorough and focused.
It would be interesting to see a comparison with the pros and cons to capacitive vs resistive touch screens
Thanks for the good idea!
Pls do continue your work. Good job😍✌️
Great video. Do you have any episode explaining resistive touch screens?
Love it! Short and sweet
This information was very good and video was nicely made,please explain further how touchscreen detect(sense) the disturbance in the field actually,like what components are used and all to detect.
Dude you deserve more subs. Saw 1 vid I loved how easy to understand with cool and simplistic visuals and illustrations. Thx a lot
Thanks!! Hope ya like the future videos.
your content is exactly what I was looking for. can't wait for future videos!
Oh wow, I love learning these things. And I like how its illustrated!
This is really great, thank you!
Always great videos
Thank you very much for your video there is such clarity and position to help understand the explanation
your explanation and animation are top notch..
Thanks! I'll keep it up.
great video... I like the animations and insights in what goes on behind what we take for granted every day.
The animations are just splendid😮
This lesson is so amazing. Thank you so much for the explanation, God bless you man!
I wonder how screen fingerprint scanners on smartphones works. I really enjoyed this video!
At 2:09, shouldn't the direction of electric fieldlines be in the opposite direction, i.e., emerging from the positive charge and into the negative charge? Since it produces negative electric field, it was have inward flux right? Great explanation though, highly appreciate the clarity in the concept!!
Please continue the work. Nice video!!
Great video understood a lot about the touch screen
Good video. Please make a video about fingerprint sensors.
loved your job
if you could explain proximity sensor, battery charging and discharging, vibrations, memory, r.a.m. and backlight control
Thanks!! I'll get to all of those in due time.
AMAZING this channel has a great future
dude! thank you so much! keep it up!
I don't often comment as long, but this channel really needs to spread out, these animations seem difficult to produce and the final result is WOW, I don't get why this video is 28k views only, it deserves a lot more, isn't this heavily underrated channel better to watch than those other BS channels I don't want to mention?
Thank you UA-cam recommendations!
Plz make video on electromagnetic spectrum
Upload video on quantum mechanics and respiration, photosynthesis with detail
Love you work
Pls make more videos like this
All your videos are fantastic.
awesome accurate content , love the theme. keep up the great work man !
Superb Sir
quality videos, makes very easy to understand
Thank you!
Can't believe this channel had 11K sub
Awesome channel, hope you can grow more popular because these content and animations are top quality.
Great job man......huge thanks.
please keep uploading such great videos
Hi.
Did I heard a Sound, generated in the Software Reason?
Anyway.
This is one of the best Video Presentation Structures I have ever seen... [Exaggerations about my exaggerations are... ;) ]
Thank You very much and please do more "Branches".
Great job. Keep making this kinda videos.
Im learning!!!! How dare you. I need more now!!!
I appreciate you for education video
I'm the big faan of your video sir..thanks for this knowledge
great work
Needs more love
I love this channel
Superrrb Awesome Fantastic video
Brilliant. Explained all that pretty well. 👍
Thank you so much!
Good job
Can u eloborate subject and length of video too. Amazing concepts of technological aspects.
Nice Information about this.
Sir I would request you to make a video of how laser keyword works. The science behind it if possible.
Thanks for those video.
God Bless You.
GREAT DETAILS IN ALL VIDEOS
THANKS
Just Great!
Keep 'em coming. Great work! :)
Great video
Sir plz Make a video on SoC how it works and what are inside
what a incredible video!
Great work!👍
you are amazing bro!
Whaaaaaaaat an explanation!!!!!
thanks for this great video...
Make more videos like that
We are providing technology for all sector
Learn engineering sent me
amazing channel, keep up the good job! thanks!
I have an iPad, HomePod, Apple TV, and Apple Watch. Of course, I’ve got an iPhone to. But, how does the touchscreen work in the Homepod, Apple TV remote Trackpad, Apple Watch, and iPad?
Awesome explanation!! Thank you teddy tablante!!
Thanks!
great video.
help me a lot
Great Video ...thanks for amazing animation work.
Hi Teddy. What makes a capacitive touchscreen more responsive in comparison to a resistive touchscreen?
Most of it depends on the number of rows vs columns. Resistive touchscreens have really good applications where pressure needs to be sensed accurately. I'm sure engineers can design resistive sensory inputs for different applications. For example, I wonder whether engineerings will apply resistive sensing arrays onto the limbs of robots.
What u make a video on how smartphone display communication between with processor or mcu please make video it will helpful
i'm subscribed, and it's an awesome channel
Thanks a ton!
Excellent
Just Awesome🔥👌
Amazing Video
Nice, do one on how and why brain waves activated by hormones can actually affect external reality including larger scale constructs such as pheromones which may alter variables in the general experience pool.
Sorry, I don't know much or anything about this.
@@BranchEducation I guess do one on E.E.G. technology and nervous system controled tech then? that's a beginning. I appreciate these a lot.
Thank's
Among current touchscreens is there a limit to the maximum number of touch points that can be detected?
Yeah- from the many white papers I read, they quoted around 10, but in the patents, they mentioned closer to 20 (citations are in the episode notes). That goes to show the difference between mass production applications and lab results. I didn't get into the software utilization of 10 distinct touches, but I bet software writers have a hard time using more than 4 points effectively and consistently.
You and lean engineering should work together or make a new channel together. I think it would help many people to understand more about technology.
yup! We will do collaboration soon. Should be fun!
Thanks..Maya🚩😘...
Blender FTW 😍🧡🆓
Amazing videos! very informative!
Please keep making such videos. Can you make videos on different components of mobile phones, RF & WiFi technology, etc.
Thank you! Yeah, somewhere in the next 5ish episodes will be a good episode on WiFi.
For something at the Size of a table, could you make a System out of multiple Touchscreens, so you can have the Delay of let's say a Tablet, but still the Size of a Table?
I'm new here, I liked and subbed, can you show us how hardware works? If no, no probpem
Yeah! We will get to the rest of the hardware elements throughout the videos.
Nice work! Appreciate it!
But I dont quite understand the readout principle. Does the ADC measure the votage of the whole column every timestep?
Btw is it similar to how the CCD read out the charges?
An entire column is read out by a set of 80 or so ADCs in a similar format to CCDs.
@@BranchEducation Got it. Thank you very much. Keep up the outstanding work!
Nice
I always had problems with those touchscreens. I guess my fingers aren't conductive enough. It was much easier for me to use those old resistivity touch screens, which could easily recognize nails and sharp objects. Oh, also these capacitance based touch screens are terrible if it rains or if some water ends up on the screen.
nice video
If the electric field is projected above the glass then why doesn't the touch work when I put my finger really close without touching? But touch still works on top of another protective glass layer
I don't specifically know.
Nice channel....
2:18 How is the change in positive charge measured?
Since a change in charge causes a change in voltage and voltage can be converted into a digital signal through an ADC, we can measure the change in voltage of each row.
His point was that theoretically it's best if we can measure each individual square, but since that would be very difficult and cumbersome to do, we instead measure the entire row. Doing this causes the problem that we cannot tell which square have what voltage, all we know is the total voltage. Therefore, the "scanning" is done such that only one column in each row can be activated at a time.
How to measure the integrated columns and how to scanning happen
Here there are 40 columns so the electric feild is made to make iteration through the columns per 10micro/milliseconds.
As such the electric field is varied. And scanning is done on the row side which is active only when the electric field is passing by the section.
nice