- #1
IHateMayonnaise
- 94
- 0
Hello!
I am working on a project at the moment and I have the option of connecting my capacitors in a number of different ways. My question deals with the possible difference in time, resistance to my circuit depending on where I connect the leads. What I really want to know is if there will be a significant difference in performance between each of the configurations.
For simplicity, I have attached an illustration made in Paint (forgive me please). The capacitors are connected in parallel.
The configurations are listed from easiest, to the least-easiest. Of course there is not much of a difference from the easiest to the least-easiest, however I do believe that this is good information to know.
Thanks!
I am working on a project at the moment and I have the option of connecting my capacitors in a number of different ways. My question deals with the possible difference in time, resistance to my circuit depending on where I connect the leads. What I really want to know is if there will be a significant difference in performance between each of the configurations.
For simplicity, I have attached an illustration made in Paint (forgive me please). The capacitors are connected in parallel.
The configurations are listed from easiest, to the least-easiest. Of course there is not much of a difference from the easiest to the least-easiest, however I do believe that this is good information to know.
Thanks!