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matangi7
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Does an increase in Capacitance mean a decrease in voltage?
Thanks!
Thanks!
Capacitance and voltage relationship
- Thread starter matangi7
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SUMMARY
An increase in capacitance does not inherently mean a decrease in voltage; rather, it depends on the circuit configuration and the charge on the capacitor. According to the formula V = Q/C, if the charge (Q) remains constant, an increase in capacitance (C) will result in a decrease in voltage (V). However, the specific context of the circuit, such as whether capacitors are arranged in series or parallel, significantly influences the voltage behavior. Additional factors like safe working voltage and voltage drop must also be considered for accurate analysis.
PREREQUISITES- Understanding of capacitor fundamentals
- Familiarity with the formula V = Q/C
- Knowledge of series and parallel circuit configurations
- Concept of safe working voltage in electrical components
- Research the effects of capacitor arrangement in series and parallel circuits
- Explore the implications of charge conservation in capacitors
- Learn about safe working voltage specifications for capacitors
- Investigate voltage drop calculations in electrical circuits
Electrical engineers, physics students, and anyone studying circuit design and capacitor behavior will benefit from this discussion.
I have a common plasma globe with blue streamers and orange pads at both ends. The orange light is emitted by neon and the blue light is presumably emitted by argon and xenon.
Why are the streamers blue while the pads at both ends are orange? A plasma globe's electric field is strong near the central electrode, decreasing with distance, so I would not expect the orange color at both ends.
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