Should work, but the gate doesn't open completely with a 9V battery. The IRFZ44N needs 10-20V to open 100% and the line between the Finger and Gate show be red. Edit: I would solder a 10k resistor between the gate and source to discharge the gate automatically
@@ovidius2000There are 2 minimal voltages. The minimal voltage where the gate slowly starts to open and the minimal voltage to fully open the gate right away. It's like using a dimmer as an on/off switch.
Should work, but the gate doesn't open completely with a 9V battery. The IRFZ44N needs 10-20V to open 100% and the line between the Finger and Gate show be red.
Edit: I would solder a 10k resistor between the gate and source to discharge the gate automatically
👍inDatasheetDontShowAMinimalVoltage.uh.
@@ovidius2000There are 2 minimal voltages.
The minimal voltage where the gate slowly starts to open and the minimal voltage to fully open the gate right away.
It's like using a dimmer as an on/off switch.
@@Sinista123 StartedRecentlyToExperimentSwitchingWithMosfets,Before,UsingBipolar(WhichIDiscoveredAreNotTooGood,BecauseTheyHaveHighInternalResistance).But,YesterdayIBurnedAnIrf840At9V.DontKnowWhy.NowIPutADiodeInSeriesWithMosfets,MaybeItProtectsItFromBack Emf.
Is the positive terminal of the battery connected to the bulb as well? Please clarify my doubt sir
Is this a pnp?
Is the voltage flowing to the Light bulb equal to the Battery Voltage?
Verry little less...
In on condition mosfet work as a swithch with resistance in mili ohms range.
Better than transistor...
It works, 🙏
Drain terminal not dreno
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