- #1
Agnostic
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- 0
Here is picture. Each layer I add reduces capacitance...
See pic:
See pic:
Last edited:
What is wrong with method of making homemade capacitor?
In summary, adding additional layers to a capacitor does not necessarily increase the capacitance as the outer plates are the only ones connected to the circuit. To create a larger capacitance, the plates must either be spaced closely or have a larger surface area. To correctly connect multiple layers, the edges of the plates should be connected with a single layer of dielectric material. Asking questions is not foolish, but rather a way to gain understanding.
- #2
chroot
Staff Emeritus
Science Advisor
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What in the world do you think that those extra plates INSIDE the capacitor are going to do? They're not even connected to your circuit!
All you're doing is spreading your outer plates (which are connected to your circuit) further and further apart, which SHOULD decrease capacitance.
If you want to make a large capacitor, you either need to space your plates very very close together, or you need a very, very large surface area.
- Warren
All you're doing is spreading your outer plates (which are connected to your circuit) further and further apart, which SHOULD decrease capacitance.
If you want to make a large capacitor, you either need to space your plates very very close together, or you need a very, very large surface area.
- Warren
- #3
Agnostic
- 110
- 0
yes, I know it is wrong. I was wondering how to correctly connect them to make a multilayered capacitor.
- #4
chroot
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Science Advisor
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Connect the edges of the plates together so the end result is two large plates separated by a single layer of dieletric material.
- Warren
- Warren
- #5
Agnostic
- 110
- 0
Im an idiot, I just realized what a dumb question this was ...
- #6
Cyrus
- 3,238
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Don't worry, the dumb thing would be not to ask.
Related to What is wrong with method of making homemade capacitor?
1. What is a homemade capacitor?
A homemade capacitor is a device that stores electrical energy by using two conductive plates separated by an insulating material called a dielectric. It is typically made using basic materials such as aluminum foil, paper, and a conductive material like saltwater or graphite.
2. Why is homemade capacitor considered a flawed method?
Homemade capacitors are considered a flawed method because they lack the precision and reliability of commercially-made capacitors. They may also have a lower energy storage capacity and can be potentially dangerous if not made correctly.
3. Can homemade capacitors be used in place of commercially-made capacitors?
While homemade capacitors can be used in some situations, they are not a suitable replacement for commercially-made capacitors. They may not meet the necessary specifications and can be a safety hazard.
4. Are there any safety concerns with homemade capacitors?
Yes, there are safety concerns with homemade capacitors. If not made correctly, they can cause electrical shocks, fires, or explosions. It is important to follow proper safety precautions and have a thorough understanding of the materials and techniques used in making a homemade capacitor.
5. What are some potential risks of using homemade capacitors?
The potential risks of using homemade capacitors include electrical shocks, fires, and explosions. They may also have a shorter lifespan and may not perform as well as commercially-made capacitors.
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