R1 and (R3 + C) are in parallel with each other, and R2 is in series with the resulting association. It is important to not forget about the capacitors, unless the circuit is under an AC regime under a almost infinite frequency.I have 2 circuits where the resistors are parallel connected but if you look at the circuit (Fig 2) it´s getting all blurry too me.
R1 // R2
In my opinion this should be
R1//R2//R3 but the answer is
(R1//R2) + R3 (How can this be so?)
Yes, that seems confusing to me, how come?Were you to replace C in Fig 2 with a short, then you would have:
(R1||R3) + R2.
|Thread starter||Similar threads||Forum||Replies||Date|
|Resistors in parallel, series or neither. H-parameters||Homework Help||10|
|P||Diodes and resistors in parallel||Analog & Mixed-Signal Design||26|
|J||A way to find total resistance when no resistors are in series or parallel||Homework Help||23|
|A||Resistors - Series, Parallel, And Both Together||Analog & Mixed-Signal Design||3|
|R||Advice on a Resistors in Parallel Question||Homework Help||6|
by Rushi Patel
by Jake Hertz