Can You Calculate Capacitance for Each Half of a Cylinder Capacitor Separately?

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SUMMARY

The discussion confirms that when dealing with a cylindrical capacitor consisting of two dielectric materials, each occupying half of the cylinder, it is valid to calculate the capacitance of each half separately. The two halves can be treated as individual capacitors in parallel, allowing for their capacitances to be summed to determine the total capacitance. This approach simplifies the calculation and leverages the properties of capacitors in parallel.

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en.yokhai
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hey

i have 2 cylinders one with r1 the second with r2. r2>r1, an cylinder capacitor.

in the space between them i put 2 dielectric materials, the first in a half of the cylinder, vertical,and the second on the other side vertical.

like: first- 0-180 deg
second- 180-360 deg

now i want to calculate the capacity , can i calculate each half by itself and then add?

and threat each half as it's own capacitor?, and then as summing in parallel ...

thanks
 
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That is exactly what you should do. The two halves effectively act as capacitors in parallel.
 

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