Capacitance and voltage relationship

AI Thread Summary
An increase in capacitance does not inherently mean a decrease in voltage, as the relationship depends on the charge and the specific circuit configuration. According to the formula V = Q/C, if the charge remains constant while capacitance increases, voltage will decrease. However, if the charge changes, the outcome can vary based on the circuit's conditions. Additional context, such as whether capacitors are in series or parallel, is crucial for understanding voltage behavior. Clarifying the specific voltage measurement being referenced is essential for accurate analysis.
matangi7
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Does an increase in Capacitance mean a decrease in voltage?
Thanks!
 
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in series^
 
matangi7 said:
in series^
If the charge on the capacitor doesn't change the voltage will decrease. (V = Q/C). If it does change it depends on the circuit and what you do to it.
 
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matangi7 said:
Does an increase in Capacitance mean a decrease in voltage?
Thanks!

Even adding that they are in series isn't enough information.

You could mean:

The safe working voltage
The voltage drop through them
The voltage between the ends and ground
or??
 
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