I hate the current method of professors in UCs who tell me to "just memorize this equation." I need these problems worked out so that I can see how the MOSFET operates, I can take this information and apply it to the next example. THANK YOU for your time making these videos!
This video is helpful. It would be better though if you were more careful with the subscript, or at least explain why you suddenly change subscripta from previous equations as you go along because this tends to be very confusing at times.
Vgs = -6.5V using a calculator and wolfram It appears the error is you trying to rationalize the right side of the equation... you have to do it to both sides
I hate the current method of professors in UCs who tell me to "just memorize this equation." I need these problems worked out so that I can see how the MOSFET operates, I can take this information and apply it to the next example. THANK YOU for your time making these videos!
Thank you so much Sir. Very Beautiful and Great Explanation. Love from Pakistan 🇵🇰 ❤.
Thank You so much for your channel! Your videos are absolutely amazing
Mr. Haddad should have had more subscribers, great teacher.
Love the Vids man. Really helps a lot!
Very useful video
Love from india 🇮🇳🤘
you are a very good teacher thank you!
@0:48 where is your aspect ratio (W/L) for ID? I thought it was ID=k(W/L)[Vov]^2
This video is helpful. It would be better though if you were more careful with the subscript, or at least explain why you suddenly change subscripta from previous equations as you go along because this tends to be very confusing at times.
why the arrow of PMOS in the circuit is to the left? PMOS i though to the right. NMOS arrow to the left.
Why did he use vgs < Vth? that would mean it is in cutoff doesnt it?
Can you explain on how do we know if its an n or p-mosfet
❣️
thank you
Love u
Where did you get your conditions for the ohmic region? I thought vgs>vt and vgd>vt?
I thought so too, that's what he said for the first example now it's inverted ,,why is that?
conditions change for PMOS and and NMOS. Due to the change in the flow of charge in the channel
@@rutvikjere6392 thank you very much
Normally Vds should be higher than Vgs-Vth isn’t it? İs this because this is Pmos?
Hello sir , can you please tell me how did get the K vale on datasheet ?
Vgs = -6.5V using a calculator and wolfram
It appears the error is you trying to rationalize the right side of the equation... you have to do it to both sides
Why in the saturation region did you use the ohmic region conditions, VgsVt and Vds>(Vgs-Vt)?
Thanks
because its a pmos not an nmos
Ohhh okay, thank you
You written example but you told about just mosfet