L lousi New Member Oct 19, 2004 #1 I am trying to find the formula to use for series paraell circuits, can anyone help me Thanks
Nigel Goodwin Super Moderator Most Helpful Member Oct 19, 2004 #2 lousi said: I am trying to find the formula to use for series paraell circuits, can anyone help me Thanks Click to expand... Series and parallel circuits of what?.
lousi said: I am trying to find the formula to use for series paraell circuits, can anyone help me Thanks Click to expand... Series and parallel circuits of what?.
plot New Member Oct 19, 2004 #3 Series or parallel? Containing what components? I have no idea what you are asking for...
J Juglenaut New Member Oct 19, 2004 #4 If you are talking series resistors well then they are added.. Parallel Resistors are added recipicated values and the result is recipicated as well.. Example: Parallel, 1k-1 + 1k-1 + 1k-1 = result -1 you have to recipicate the result to get 333.33 Ohms Is this what you mean?? AC and DC anaylisis of cascading amps use this. Of course there is more to it than series parallel resistors.
If you are talking series resistors well then they are added.. Parallel Resistors are added recipicated values and the result is recipicated as well.. Example: Parallel, 1k-1 + 1k-1 + 1k-1 = result -1 you have to recipicate the result to get 333.33 Ohms Is this what you mean?? AC and DC anaylisis of cascading amps use this. Of course there is more to it than series parallel resistors.
krishnakanth New Member Oct 19, 2004 #5 lousi said: I am trying to find the formula to use for series paraell circuits, can anyone help me Thanks Click to expand... for series resisitors r1+r2+r3+.....+rn=R for parallel (r1)^-1+(r2)^-1+(r3)^-1+(r4)^-1+...+(rn)^-1=(R)^-1 i assume its resistors
lousi said: I am trying to find the formula to use for series paraell circuits, can anyone help me Thanks Click to expand... for series resisitors r1+r2+r3+.....+rn=R for parallel (r1)^-1+(r2)^-1+(r3)^-1+(r4)^-1+...+(rn)^-1=(R)^-1 i assume its resistors
mahinda jayasinghe New Member Oct 23, 2004 #6 You can do it for capacitors as well. but in the other war if caps are parallel add values. If caps are in series add recipicated values and the result is recipicated as well. eg paralles c1+c2 +..... =C series 1/c1 +1/c2 .................= 1/C
You can do it for capacitors as well. but in the other war if caps are parallel add values. If caps are in series add recipicated values and the result is recipicated as well. eg paralles c1+c2 +..... =C series 1/c1 +1/c2 .................= 1/C