Do a web search for "voltage doubler" or "voltage multiplier" and you will find many solutions. For AC, using appropriate diodes and resistors in the proper configuration with a transformer will do the trick. There are "step up" Transformers, which have a different number of windings on the primary and secondary coils. For DC circuits, you can obtain low-cost integrated circuits to effectively increase the input voltage. Look up "dc voltage doubler".
Electronsflow from areas of lower to higher voltage, while Current flow from areas higher to lower voltage.
A; a LED can have a voltage of 1.8v to 5 or higher voltage whites and red are usually in the low voltage while green and blue are int he range of higher voltage
When looking at voltage numbers the higher the number the higher the voltage. In regards to which voltage is higher the 3.6v (volts) or the7.2v (volts), 7.2 is higher.
Yes, higher voltage typically results in higher current flow in a circuit, according to Ohm's Law.
Because the higher voltage would be dangerous domestically.
Higher voltage is not necessarily better for electronic devices. Using a voltage higher than what the device is designed for can damage it. It is important to use the correct voltage to ensure the device functions properly and safely.
This doesn't make sense, "current" is "amperage" so the higher the voltage the lower the amperage, and the lower the voltage the higher the amperage.
The loudspeaker converts voltage to sound pressure. The higher the voltage at the speaker, the higher is the acoustic pressure you get.
It depends on the voltage that the motor needs, because a higher voltage requires less current for a given amount of power. Also a higher voltage can tolerate a higher voltage drop. So there are two things that lead to a thinner wire when the voltage is higher.
Open circuit voltage is the voltage at the electrode before striking an arc (with no current being drawn). The higher the open circuit voltage, the easier it is to strike an arc because of the initial higher voltage pressure.
The voltage marked on a capacitor is its MAXIMUM SAFE WORKING VOLTAGE. The capacitor will work in a circuit at any voltage lower than that, but it may fail at any higher voltage.
The AVR (Automatic Voltage Regulator) control the DC field voltage to the rotor of the alternator, as soon as higher load is demanded from the alternator, the AVR output voltage go higher, hence, a higher AC voltage on the output of the alternator. If the voltage go to high then the AVR is faulty.