Power FET
MOSFET
draw interstructure of a typical powerMOSFET device (semiconductor structure)
A transistor is a semiconductor device used to amplify or switch electronic signals and electrical power
Current will flow as long as there is a difference of potential (a voltage) and a path for current to flow. So no power-control device is required for current flow but yes it will flow with a power control decive.
For a device the requires 2 amperes to run, a current of 1 ampere will not be enough. Such a current cannot be able to power all the components of the device to make them function properly.
Absolutely.As long as the converter (or any power source) is rated at the same voltage, with more current than the device needs.Sometimes, a device may have a higher initial current surge than it's operating current, keep this in mind. Some converters do a good job handling momentary surge, some don't.
draw interstructure of a typical powerMOSFET device (semiconductor structure)
semiconductor device used to amplify and switch electronic signals and electrical power.
A transistor is a semiconductor device used to amplify or switch electronic signals and electrical power
Its a power full Semiconductor device now we have..It is having Two terminals
The device holds residual power. When in perfect case scenario, just enough power to activate/ deactivate the device, it is triggered with a surge.
No, it has to be an alternating current in order to work
Current will flow as long as there is a difference of potential (a voltage) and a path for current to flow. So no power-control device is required for current flow but yes it will flow with a power control decive.
The 1Nxxxx numbering system is an American standard (now adopted globally) used to mark semiconductor devices. The "1N" means that it is a single junction semiconductor device (i.e. a diode). "4001" is a number given to the smallest diode in the 400x series (4001, 4002, and so on) - the number indicates the voltage, current and power ratings of the diode. A transistor (which has 2 junctions) would be numbered 2Nxxxx. 1-single junction semiconductor device N-Silicon device 400-its a particular series whose max allowed current is 1A. x- it denotes the voltage rating. 1-50V,2-100V,3-200V... 7-1000V.
Transistors are made up of semiconductor materials with very low power dissipation. Semi conductors are sensitive to high voltages and current and can be easily destroyed. These devices are commonly used for switching as well as amplifying action. Recent developments in semiconductor technology have enabled them to be made to withstand higher currents and voltages. Switch mode power supplies use transistors which work at 300v and many amps.
Transistors are made up of semiconductor materials with very low power dissipation. Semi conductors are sensitive to high voltages and current and can be easily destroyed. These devices are commonly used for switching as well as amplifying action. Recent developments in semiconductor technology have enabled them to be made to withstand higher currents and voltages. Switch mode power supplies use transistors which work at 300v and many amps.
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Electrical devices use power to operate, but power does not exist without current. Alternately, if current is flowing, power is being stored or used by some electrical device.