mosfet

listen to the pronunciation of mosfet
Englisch - Türkisch
Metal Oxide Semiconductor Field Effect Transistor" iciN KISALTMA
Englisch - Englisch
Metal Oxide Semiconductor Field-Effect Transistor
field-effect transistor in which the gate is separated from the conducting channel by an insulation (Electronics)
Metal Oxide Semiconductor Field Effect Transistor A type of field-effect transistor that functions when a controlling gate voltage is applied to the channel region across an oxide insulating material Advantages: low power and process simplicity
Is like a transistor, but is for high power applications When voltage is applied to the gate, current flows from the drain to the source There is some internal resistance between the drain and source, so they tend to get VERY HOT if they are in a situation with very much current (I blew one up)
Abbreviation for Metal Oxide Semiconductor Field Effect Transistor
- (stands for Metal-oxide-semiconductor Field Effect Transistor) A power transistor (the engine of the amplifier), that gives efficiency and high power delivery whilst delivering a wide frequency response Thought to be so good that the manufacturers will generally print the fact on the outer casing of the amplifier Not being a MOSFET design is not necessarily a rejection criterion, though
- A special transistor used in most car amplifiers that is capable of delivering very high peak current
Metal oxide semiconductor field-effect transistor package-leaded assembly (inside of which one or more die is mounted and connected) for use in larger circuits
Metal Oxide Semiconductor Field Effect Transistor
technology for electronical power switches (Metal Oxide Semiconductor Field Effect Transistor); offer advantages at high motor currents
Metal-Oxide-Silicon-Field-Effect-Transistor See FET
A type of RF transistor often used in wireless microphone receivers
(Metal Oxide Semiconductor-Field Effect Transistor) A form of field-effect transistor controlled by voltage rather than current, like a bipolar transistor MOSFETs have a significantly higher switching speed than bipolar transistors They generate almost no loss (little heat generation), which lends the power supply fast response, excellent linearity, and high efficiency 4
A Metal-Oxide-Semiconductor-Field-Effect-Transistor is similar to standard field-effect transistors MOSFETs can be a N or P type They will or will not conduct from source to drain unless a voltage is applied to the gate of the MOSFET They have turn-on and turn-off capability, as well as fast reaction times
(Metal Oxide Semiconductor Field Effect Transistor) It is a device which is used at the output stage of the inverter There are two types of MOSFET : n-channel and p-channel In n-channel MOSFET the conduction is through electrons where as in p-channel MOSFET the conduction is through holes which means that in MOSFET there is only one type of carrier i e either electron or holes Thus power consumed or lost in the form of heat due to the minority carriers is very less as compared to the transistor, thus increasing the over all efficiency of the UPS system
Metal-oxide-silicon field effect transistor, an integrated circuit element N
Abbreviation for metal oxide silicon field effect transistor This semiconductor device is used as a static switch in power electronics converters, the command signal being the voltage applied between gate and source terminals: a few volts are enough to keep the device conductive; the suppression of this voltage blocks the device
Metal Oxide Semiconductor Field Effect Transistor Used in most modern, quality car audio amplifiers in the power supply (and sometimes in the output stage ) MOSFETs run cooler than normal bipolar transistors and have a faster switching speed
A special transistor used in most car amplifiers that is capable of delivering very high peak current
Amplifier power supply switching device designed for optimum performance
A three-terminal semiconductor component with a built-in capacitor at its input and a conducting channel in its output structure It has an extremely high input resistance and is either an enhancement type or enhancement/depletion type The enhancement type MOSFET operates as a normally-off digital switch or as an analog switch The enhancement/depletion type operates as an extremely high-input resistance linear amplifier
Metal Oxide Semiconductor Field Effect Transistors Used in most modern, quality car audio amplifiers in the power supply (and sometimes in the output stage) MOSFET's run cooler than normal bipolar transistors, and have a faster switching speed