Just to be sure, I want you to review my conclusion and tell me if I'm correct. If I have a transistor with 3 resistors (one for every pin of the transistor) Rb, Rc and Re (base, collector and emitter) then I can conclude the following:
1) Re does not affect the mode.
2) If \( R_{b} > bR_{c} \) then the transistor will be on active mode, else on saturation.
3) I noticed by experimenting, that if I increase Ve (on active mode), then Vb and Vc are also being increased.
This is how I concluded that \( R_{b} > bR_{c} \):
I tested this theory and it seems to work.
Of course on different setups, I might need to do this work again to figure it out.
1) Re does not affect the mode.
2) If \( R_{b} > bR_{c} \) then the transistor will be on active mode, else on saturation.
3) I noticed by experimenting, that if I increase Ve (on active mode), then Vb and Vc are also being increased.
This is how I concluded that \( R_{b} > bR_{c} \):
I tested this theory and it seems to work.
Of course on different setups, I might need to do this work again to figure it out.