Thank you so much you helped me alot i don't understand anything in the class but i was always studying culculus here and today i got the results and i got B thanks i don't know your name but i wish i knew it 🙏🏽
A good explanation of reverse polarity and the use of diodes as surge protectors; though I wish he would talk more about the other type of element that could be used instead of fuses.
Your videos about circuit analysis saved me in my exam today :) thanks so much, I just wish that you would cover more complicated practice problems for computer engineering students
I'm going to make a channel of world famous motivational speakers .....a single channel where all the motivation videos are present....so please help me for improvement.......thanks
Great video; I see you suggest a fuse on the negative terminal, is there a reason to do with this particular rig? Just curious because I'm used to seeing them on the positive side :)
Normally it is on the high side mainly because it's safer that way because if it blows the load won't be sitting at a high potential (remain hot) and create the possibility of electrical shock for someone who is grounded. The fuse will still blow if on the ground side, it's just not generally considered recommended practice.
It only affects voltage drop in a general sense. Typically full wave bridge rectifiers are used to convert an AC output voltage to a dc input voltage except your output will have a different voltage as a result of the averaging of the ac input. But in general the current is constant. Typically if you’re using this circuit to convert ac to dc you would use a capacitor in parallel with the load to smooth out the ripple.
Thank you for this great video. I learned a few things. I was wondering if you Know if using a MOSPEC F12C20A and its pair F12C20C or, the U30D20A and its pair U30D20C That are used for rectifiers would work. As you know no matter how you connect the power source ( as long as it is not connected to the commons ) It would only pass positive in one direction to the load. I don't know too much about voltage loss so I am hoping you can tell me if this is worth the effort. I already have the MOSPEC F12C20A and its pair F12C20C.
Thank you so much you helped me alot i don't understand anything in the class but i was always studying culculus here and today i got the results and i got B thanks i don't know your name but i wish i knew it 🙏🏽
A good explanation of reverse polarity and the use of diodes as surge protectors; though I wish he would talk more about the other type of element that could be used instead of fuses.
This video deserves 1M views. TH-cam must recommend this video to all people.
Yeah just what I need. Thanks man.
I love you, please never give up this channel
Your videos about circuit analysis saved me in my exam today :) thanks so much, I just wish that you would cover more complicated practice problems for computer engineering students
I'm going to make a channel of world famous motivational speakers .....a single channel where all the motivation videos are present....so please help me for improvement.......thanks
Excellent. Many thanks. you have earned my subscription.
you are amazing person, mochas gracias
Thank you so much. This helped me a lot.
your video help me a lot thank you
perfect explanation
Great video; I see you suggest a fuse on the negative terminal, is there a reason to do with this particular rig? Just curious because I'm used to seeing them on the positive side :)
Normally it is on the high side mainly because it's safer that way because if it blows the load won't be sitting at a high potential (remain hot) and create the possibility of electrical shock for someone who is grounded. The fuse will still blow if on the ground side, it's just not generally considered recommended practice.
Thank you for your video, It is much clearer than others.
My question is that is it possible to use resistor other than fuss.
Many thanks.
Does the the diode limits voltage drop or current output? Can you make video?
Many thanks
It only affects voltage drop in a general sense. Typically full wave bridge rectifiers are used to convert an AC output voltage to a dc input voltage except your output will have a different voltage as a result of the averaging of the ac input. But in general the current is constant. Typically if you’re using this circuit to convert ac to dc you would use a capacitor in parallel with the load to smooth out the ripple.
In 5:19
Why it go through D3 not D4 although they are the same (the current flow go to positive sise od D3 and D4)
Because current flow is positive to negative not back to the positive terminal.
If we reverse the polarity of the diode, what changes can be seen in vout in half wave rectifier?
Thank you for this great video. I learned a few things. I was wondering if you Know if using a MOSPEC F12C20A and its pair F12C20C or, the U30D20A and its pair U30D20C That are used for rectifiers would work. As you know no matter how you connect the power source ( as long as it is not connected to the commons ) It would only pass positive in one direction to the load. I don't know too much about voltage loss so I am hoping you can tell me if this is worth the effort. I already have the MOSPEC F12C20A and its pair F12C20C.
I think some devices has fuse and diode inside
Bjt transistor plsss
this is good info but your electron flow is backwards, current flows from negative to positive and through a diode against the arrow neg - ----
Ya in 5:19 i think there is a problem
He's using the standard which is "conventional current". Google that if you've never heard of it before.
im.here because i killed and entire array of 40 tp4056 modules during a massive dumb donkey attack lol
Do a face reveal 😂😂
How did I end up here?