Hello!
I've got exercise in which I need to determine values of gain k and frequencies f, which are shown on the plot. For the simple graph I know when to replace capacitor with short, open or not to replace. However, I don't know how to replace those for more difficult graphs.
In the case of graph decreasing for higher frequencies, I replace capacitors in such a manner:
what I want to calculate - first capacitor - second capacitor
k1 - open - open
f1 - capacitor - open
k2 - short - open
f2 - short - capacitor
k3 - short - short
What to do in the case of other graphs?
Main question and graphs: http://images47.fotosik.pl/306/5c69f37386f470a1.jpg
One task: http://images45.fotosik.pl/307/c8861b8792e3045f.jpg
The other task: http://images43.fotosik.pl/306/f6d4fefe35ca3115.jpg
Regards!
I've got exercise in which I need to determine values of gain k and frequencies f, which are shown on the plot. For the simple graph I know when to replace capacitor with short, open or not to replace. However, I don't know how to replace those for more difficult graphs.
In the case of graph decreasing for higher frequencies, I replace capacitors in such a manner:
what I want to calculate - first capacitor - second capacitor
k1 - open - open
f1 - capacitor - open
k2 - short - open
f2 - short - capacitor
k3 - short - short
What to do in the case of other graphs?
Main question and graphs: http://images47.fotosik.pl/306/5c69f37386f470a1.jpg
One task: http://images45.fotosik.pl/307/c8861b8792e3045f.jpg
The other task: http://images43.fotosik.pl/306/f6d4fefe35ca3115.jpg
Regards!
Last edited: