Cascading RC circuit w/ DC voltage. How will capacitors charging time vary?

[Agnostic]

In the following schematic, will the RC time constant be the same for all capacitors using the equivalent resistance of all the resistors?

When I plug it into pspice or electronics work bench, it has that the First capacitors voltage as a function of time will always be twice as much as the 10th capacitor stage as a function of time.

I just don't know...

Either way, I am only off by 5% in my theorietical and experimental calculations...just confused...

 

[OlderDan]

In the following schematic, will the RC time constant be the same for all capacitors using the equivalent resistance of all the resistors?

When I plug it into pspice or electronics work bench, it has that the First capacitors voltage as a function of time will always be twice as much as the 10th capacitor stage as a function of time.

I just don't know...

Either way, I am only off by 5% in my theorietical and experimental calculations...just confused...

Does that symbol to the right mean the stages go on forever?

 

[Agnostic]

No, its a spark gap.

I figured it out though. A huge linear non homongenous first order differential equation should take care of it.

 

[OlderDan]

No, its a spark gap.

I figured it out though. A huge linear non homongenous first order differential equation should take care of it.

The "10" made me wonder. I think you are right about the DE. I started doing it just for 2 capacitors. Have fun

 

[Agnostic]

This is going to be a set of coupled differential equations isn't it?

 

[OlderDan]

This is going to be a set of coupled differential equations isn't it?

I should think so. The charge rate of each capacitor depends on its own charge and the charges on the adjacent capcitors. One would think the capacitor closest to the source of emf will charge faster than the next one, etc.