So much help man! I was stuck for like an hour trying decipher what this meant from a formula sheet then I went to online resources and after a came across this well explained video. Thanks!
Modding, & Building tube preamps design question about rc components in between trodes on the plate of tube preamp ecc83- rc components that are in between triodes ie large capacitors connected to the plate by + and grounded followed by say 10k resistor out to the next ecc83 plate resistor. is this a high pass filter?
shouldnt the voltage across the capacitor at t= infinite be zero since once it is full charged, it acts as a open circuit and its voltage cannot be change instantaneously for i=Cdv/dt ??
Current is 0, but there is still voltage between the two plates, which is why you can measure the voltage across the resistor in parallel to the capacitor to get the equivalent voltage.
Use the thevenin idea to look at the equivalent resistance. When calculating the Req, short the voltage source and open the capacitor. You will see the resistances clearly connected in parallel. Hope this helps!
So much help man! I was stuck for like an hour trying decipher what this meant from a formula sheet then I went to online resources and after a came across this well explained video. Thanks!
Thank you for enabling me to do my engineering homework, this was so helpful!
This really helped! Thanks!
great video!
shouldn't capacitors at steady state act as an open circuit and inductors act as a short?
thank you!
Thanks!
Modding, & Building tube preamps design
question about rc components in between trodes on the plate of tube preamp ecc83-
rc components that are in between triodes ie large capacitors connected to the plate by + and grounded followed by say 10k resistor out to the next ecc83 plate resistor.
is this a high pass filter?
Thank you sir
can you help me to find the manual solution of electricaltransient in power system " allan Greenwood"
please
This video give me a full score :)
can you solve some more example with two battery sources
your video is helpful, could you make more examples but for an inductive circuit??? Thank you. ((liked and subscribed))
Tq sir
how to solve 2nd order transient response..???
shouldnt the voltage across the capacitor at t= infinite be zero since once it is full charged, it acts as a open circuit and its voltage cannot be change instantaneously for i=Cdv/dt ??
Current is 0, but there is still voltage between the two plates, which is why you can measure the voltage across the resistor in parallel to the capacitor to get the equivalent voltage.
How are 4ohm and 8ohm in parallel?
Use the thevenin idea to look at the equivalent resistance. When calculating the Req, short the voltage source and open the capacitor. You will see the resistances clearly connected in parallel. Hope this helps!
3:39
there is something wrong in this problem
there is nothing wrong in this problem
@@whatever3041 shouldn't it be just e^(-t/1.067) for Vc(t) final?
@@justinaiken4233 It's step response, not natural response.
Understand transient now becos of dis video and other videos of urs