Piezoelectric Generator
Ludic Science・2 minutes read
The PSO Electric element generates voltage when pressed, creating a circuit with a diode, capacitor, lead, and switch to store and use the energy produced. Pressing the switch lights the lead using the stored energy, which needs to be recharged by pressing the PSO element again.
Insights
- The PSO Electric element from a booster can produce up to 20 volts when pressed, with a circuit involving a diode, capacitor, lead, and switch to store and utilize this energy effectively.
- The process involves pressing the PSO element to charge the capacitor, activating the stored energy to light the lead when the switch is pressed, indicating a cyclic mechanism that requires recharging by pressing the PSO element again.
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Recent questions
How does a PSO Electric element generate voltage?
By pressing, reaching up to 20 volts.
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Summary
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"PSO Electric Element Circuit Generates Voltage"
- The PSO Electric element obtained from a booster generates voltage when pressed, reaching up to 20 volts. To create a functional circuit, a diode is added to rectify the output and a capacitor stores the energy produced. By adding a lead and a switch, the circuit becomes more complex, allowing the capacitor to charge as the PS Electric element is pressed. Pressing the switch then uses the stored energy to light the lead, requiring the capacitor to be recharged by pressing the PSO element again.
