Ground | Electronics Basics

[@evzone84]

That was a great explanation. I thought this was going to be a boring rehash of what I knew but you gave me a new way of looking at and understanding something I took for granted.

[@ryanvuong9791]

You should make a video on floor next!

[@Cheburashka_420]

Bwahahha why doesn't your comment have ten billion likes haha

[@Cheburashka_420]

Bwahahha why doesn't your comment have ten billion likes haha

[@antialias4205]

Would love to see maybe a two or three part series on ground. Take us from zero to hero. Good hustle man keep it up

[@denrico777]

Holy CRAP. I've been an aspiring electrician for like 30 years (meaning I know basically nothing and have been trying to gain even a basic understanding for most of my life lol). This has been the single most informative piece of instructional information on electronics I've ever taken in. Subbed.

[@xealit]

but also a word of warning for everyone: there is more to "ground" and it can get tricky ! A complex design might have such things as separate "analogue ground" and "digital ground", etc. They show up when you hit practical limitations of the basic electronics theory. The usual electronics is about Kirchhoff laws, i.e. no noise/electromagnetic field around, no propagation delay along conductors etc. In reality, of course, the rest of nature laws do not just turn off to let your electronics simply work. So, you might need bypass capacitors and different grounds in some situations (like signals with ~GHz speeds).

[@TheAMTech_Official]

Perfect explanation for those interested in the nuances of ground in higher level design 👍

[@xealit]

stumbled on an awesome channel on this stuff from Robert Feranec. He actually has a video "Ground in PCB layout: separate or not separate?" And more such things, like on crosstalk, etc.

[@sandythemonk]

The mechanical equivalent of voltage measurement would be pressure measurement. The pressure in a tyre is measured with reference to the atmospheric pressure at that particular altitude.

[@krishnannarayanan8819]

Gauge Pressure! Holy crap this makes much more sense now. I'm taking Physics 2 and I've been trying to come up with mechanical analogies to help me understand the electrical concepts!

[@chrish7583]

I recently did a lab, in my electronics class, on reference ground. A few minutes I did not understand it. This makes more sense. Thank you!

[@puolukka_hill_0]

hello from three years ago. this is the first video I've ever seen from you and it was really easy to follow and understand. the lecture was great! I bumped into this video because I was searching for ways to stop static electricity between me and my cat

[@norlandmfm7936]

This channel should have more subscribers. You are doing a great job mate 👍

[@paulfranken4493]

Buddy, I’m was extremely impressed by you young man!…..articulate & passionate in teaching others. Well done!!!

[@joneatsglue1689]

I was actually hoping this video would talk about how grounding works in houses lol. Nice video though. I'll be on the lookout for more

[@zakbeard6484]

If there is a fault on an electrical circuit eg. A loose connection the current still needs to go somewhere and thats why we have a ground rather than arcing in the loose connection and causing a fire the current travels down the ground where a residual current device will detect the current going throught it (earth leakage) and will trip the circuits usually low current like 30mA

[@vigisbigtm]

You speak in the language of layman. Good. I like it. I subscribed.

[@anythinginmind3962]

The right people will really appreciate this video and I'm one of them.

[@astrobullivant5908]

@0:57, Voltage was the toughest Physics/Engineering concept for me to grasp because I tried to learn it from definitions in the textbooks. Big Mistake! In order to really understand it, I had to go back to Galvani and Volta's experiments and first understand "electric potential."

[@damnhotcoffee]

Great info, well presented!

[@eis3nheim]

Amazing video, with an amazing demonstration.

[@FrozenBusChannel]

Short and simple explanation indeed. You should have more subs!

[@rihemar9812]

I'm so disappointed in myself for having known this wrong my whole life. GREAT VIDEO keep it up!

[@tonythomas5179]

Super explanation. Very helpful

[@ziprock]

As an apprentice electrician that also has electronics as part of his schooling I would love to know how ground in a residential dwelling is similar or different to ground on an electronics schematic!!

[@michaeldonoghue9015]

Thanks for the solid grounding on this topic.

[@markhillmanmusic]

Just discovered your channel, have been learning how to build small amplifiers and guitar effect circuits - some very useful information here for a beginner Lots of effects using ICs seem to want +/- 4.5v (achieved using voltage dividers) - but I had no idea how that worked until now - thank you. I also saw your earlier video mentioning the beginner's kits - I would be very interested in one when they're ready, if you would be willing to ship to Australia? I would also like to see a video on how AC power in houses works :)

[@richarddaugherty8583]

Great video, Ahkeel! Common reference point makes perfect sense. How about a video detailing the difference between electronics ground and RF ground. I'm a ham radio operator and I had always found that concept a bit confusing. One of my ham friends has a great presentation on lightning with some ultra slow motion video that actually shows how the strike comes up from the ground. The streamers come up from the ground (hit me! hit me!) and the step leaders come down from the cloud. When they make contact the circuit is complete and what is visible is the return stroke from cloud to ground. Really cool stuff! Anyhow, that RF ground concept would be a great topic.

[@zombiefreak5780]

Hello sir, would you still be down to making the video about the outlets? U really like the way you explain

[@Jana-pu4fo]

Hello! can you make a video on how can I Design one bit Arithmetic unit based on the basic computer design..?

[@piotrgalas6010]

It is totally awesome. Finally, I got it.

[@TheAMTech_Official]

Love to hear it! Glad I could help :)

[@mohamedazarudeen6131]

Excellent video brother!

[@salukaboy9891]

Good video! Clears misconceptions / makes a simple explanation

[@velmuruganperumal5322]

Well explained. 👍👏

[@elzaxluza3098]

So, if i use DC input/batteries, Ground symbols means i need connect it to (-)

[@Hjvvvvjjzjjxhdbssjjxhx]

Would love to see a video on ground that is actually basic

[@JayKobz]

You are a good teacher

[@nickharrison3748]

Good explanation.

[@whatamievendoing]

So how does ground work in the 3 pin analog plugs? You already demystified this substantially, that is the one part that is still a mystery

[@ozonewagle]

Watching this in my 4th year of electronics engineering.. I feel I learned nothing about electronics all these years.

[@adnansadat7601]

One word.. Brilliant 👏

[@zacharypeterson4627]

Let’s see the outlet video!

[@spcysos]

I would like to hear about how home electrical plays into electronics if you have time to make a new video (I see it’s been a while!). That would be great as I can’t find a good KZbin video to describe this.

[@CCAPBANGLA]

Wonderful

[@deniska8785]

Good English lesson.

[@endeavourG]

Amazing

[@kaiserxion]

Somewhat misleading information. Most everything is correct BUT ground derives from the electrical grid where a grounding rod is driven into the ground and a grounded cable is attached then secured to the service panel. The ground is still a reference voltage closest (as long as everything is wired correct and no shorts to ground are present) to 0V but it's also a safety feature for any rogue current. The ground is literally the earthen ground. The closest thing in mobile electronics is the largest conductive object available which is most of the time the chassis.

[@bangprob]

👍 thanks

[@RickHenkle]

Ground , for testing a circuit, ground for safety of a circuit.. Where does the Ground end up at the end?? In House or Industry or such, Ground ends up, in the Earth!!! Testing components, ??? Yea.. You get the idea..

[@RickHenkle]

Funny thing about Electronics,, Its all just a Theory.. We still dont know, hence magnetism, friction, static, induction and such!! So much to learn yet!!!

[@dennisbor-iq9lp]

makes sensee

[@nizarfachriannur6390]

I like how the subtitle is Dutch

[@HimanshuSharma-sd5gk]

Thx

[@dhineshkumar4114]

I'm a EC student going to complete my clg and finally, now I understood what is ground. rest is😭😑😵‍💫😵☠ . I will become grandpa before I understand electronics😂😂😆😆😐😐😭😭

[@intramen206]

Please rushian subtitles

[@Lore-Cracker-fool]

OH NAH THIS DUDE IS USING REDDIT

[@martylei9803]

your teeth are so white bro

[@mtz5582]

Hello Mohideen I work in HVAC industry which makes me closer to motors and the very confusing scenario named motor pulling more amps(current) due to low voltage,voltage imbalance or shorted windings. I kindly ask you to explain to me as to why when voltage goes down then current pulled by motor goes up as opposed by Ohm's Law which suggests Voltage across a conductor c is direct proportional to current flowing through that conductor .Showing with simple formula will be highly appreciated.Thanks in advance I hav