1. Solar power + inverter
2. Super capacitor
3. Bedini motor
4. Step up voltage + voltage multiplier
5. Radio wave
6. Salt water
7. Charge lead battery
8. Battery charger
9. Hand crank motor
10. Wind power
11. Hydro-electric generator
12. Wave buoyant generator
13. Sound wave generator
14. Pressure generator
The behavior of capacitor
The smaller the Farad = The faster the electric charge is release
The larger the Farad = The slower the electric charge is release
The larger the voltage rating = It can withstand charge of electric within that range
The smaller the voltage rating = The less it can withstand higher voltage charges
The capacitor is used parallel with the connection to the output
Why the motor start capacitor has very small Farad rating but high voltage - It's because it need to release the current faster to get the motor going but at the same time it need high voltage rating so that it can withstand high voltage. If the source current voltage higher the voltage on the capacitor it will damage the capacitor or perhaps blown it up
There are two polarity types of capacitors
1. Non-polarity capacitor usually ceramic capacitors - non polarity capacitors does not need have the positive and negative end which means positive and negative from the current source can be connected to either side of the leg and it does not matter and it will always work
2. Capacitors with polarity are those with negative and positive end and must be connected correctly in order to works
The larger the Farad = The slower the electric charge is release
- In oscillation circuit of flashing light use smaller farad capacitor to make the flash faster otherwise user larger farad to make the flash slower
The larger the voltage rating = It can withstand charge of electric within that range
The smaller the voltage rating = The less it can withstand higher voltage charges
The capacitor is used parallel with the connection to the output
Why the motor start capacitor has very small Farad rating but high voltage - It's because it need to release the current faster to get the motor going but at the same time it need high voltage rating so that it can withstand high voltage. If the source current voltage higher the voltage on the capacitor it will damage the capacitor or perhaps blown it up
There are two polarity types of capacitors
1. Non-polarity capacitor usually ceramic capacitors - non polarity capacitors does not need have the positive and negative end which means positive and negative from the current source can be connected to either side of the leg and it does not matter and it will always work
2. Capacitors with polarity are those with negative and positive end and must be connected correctly in order to works
Something need to know
1. AC/Alternating Current - pulse back and forth just like radio wave and sound wave
2. Test whether transistor is faulty
3. Test the amount of electromagnetic field produce within tesla coil
4. The amount of power required to power tesla coil
5. The number of turns and diameter and the wire size to determine how much power required.
6. Direction of turn
7. Why after a few times on off the tesla coil dies and won't work anymore
2. Test whether transistor is faulty
3. Test the amount of electromagnetic field produce within tesla coil
4. The amount of power required to power tesla coil
5. The number of turns and diameter and the wire size to determine how much power required.
6. Direction of turn
7. Why after a few times on off the tesla coil dies and won't work anymore
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