Recent content by bbakshan

Thanks. From that I conclude that if a step function is (voltage spike) occurs on the 3.3V and since the voltage on the 3.3V-2.5V capacitor "wants" to remain constant then the voltage spike would go to the 2.5V plate. correct? What I mean is that if the capacitors are connected in series...

Hi again, What is the answer? I don't quite understand what is it that you're trying to say... sorry

O.k . but isn't the 2.5V plate somehow affects the capacitance between 3.3V and 0V ? Doesn't it behave like a shielding plate so that plate 3.3V doesn't "see" the 0V plate ?

Hi, Yes, this is an ideal capacitor. There would be 2 electrical fields between the 3.3V plate and 2.5V and between 2.5 and 0V. else where it should be zero. Correct?

Hi, I have a capacitor in which the first plate is connected to 3.3V and the second plate is connected to ground. A third plate which is connected to 2.5V is inserted in between the two plates. Will the capacitance between 3.3V and ground remains? If yes, will it be larger? Thank you...