I think the water and electricity analogy is universal. I haven’t met someone who works with electricity and doesn’t use water to help laymen understand or visualize a concept. I’m just a college student, and it makes sense to me.
Basic functions are boring. I’m more interested in how components are used in audio circuitry. Diodes can cause distortion, resistors and capacitors can affect the frequencies, etc…
I’ve understood that for quite some time now, what I’m most interested in is HOW it achieves this? its obviously not a mechanical hinged levered arm with a plunger stop on it just in microscopic terms. I’d like someone to explain why and how it does what it does.
So basically speaking, it just doesn’t allow AC to switch it’s polarity constantly which makes it DC.
That is way simpler then I ever imagined it would be.
๐ฎ
I want a pdf that you recommend to me to improve my mindset and vision in mechanical and electrical engineering
I think the water and electricity analogy is universal. I haven’t met someone who works with electricity and doesn’t use water to help laymen understand or visualize a concept. I’m just a college student, and it makes sense to me.
.and how does it block in the other direction?
Are you sure it isn’t a Twisted Transistor?
That explanation was purrfection, thank you!
Easier understanding: Light Emitting Diode = LED
but how ๐
So, whatโs the difference between this and a fuse?
So for a Minecrafter its almost like a repeater
Basic functions are boring. I’m more interested in how components are used in audio circuitry. Diodes can cause distortion, resistors and capacitors can affect the frequencies, etc…
Thanks for the algorithm gods need more education
Prays them praysssss
This explains WHAT it does…
…not HOW it does it
love these videos but i really hate how they begin with an out of context five words that i need to wait the whole short to understand
Any explanation how its doing it? No? Ok.
It allows the current to flow in only one direction until the breakdown. After that, it conducts both ways.
Wok one direction super
an Excellent series !
Thank you very much for your show, you explain and show the most clear way the function of electronic elements, thank you very much ๐๐
Is that a FULL BRIDGE RECTIFIER
It has many many uses on a motherboard
What’s the difference between diode and rectifiers
That is absolute genius. The complexity of chips and controllers are so cool
Valve..
Is it zenor diode ?
My ears must have a diod because everything go’s through one ear and comes out the other.
Great
"Hey, we can only put AC into this thing"
Meanwhile the electrician laughing maniacally as he reveals four diodes from his trench coat pocket
Thank you for uaing the water analogy. Ive tries to explain this before to someone but have never thought about using water as a example
Did you know the name came from the greek Di ..meaning 2, and ode …meaning path .
There are diode vacuum tube as well.
Always been warned about leds exploding with too much current but never seen it in action
It is also known as bridges rectifier
nobody talks about "HOW" it blocks electricity in the opposite direction… I want to know this
One-way check valve.
Is there a lifode?
Bj3j3j3
I’ve understood that for quite some time now, what I’m most interested in is HOW it achieves this? its obviously not a mechanical hinged levered arm with a plunger stop on it just in microscopic terms. I’d like someone to explain why and how it does what it does.
Could you do crude PWM with one of these to get 50% runtime on AC?
Thank you so much
At this point I wish you were my engineering professor
The Zenner Diode enters the chat…
So basically speaking, it just doesn’t allow AC to switch it’s polarity constantly which makes it DC.
That is way simpler then I ever imagined it would be.
What about zener diodes?
nice
How it converts AC โDCโ
FULL BRIDGE RECTIFIER
Diode = backwater valve
Aaaanndddd subscribe
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