A) Acts as a switch B) Amplifies the signal C) Regulates voltage D) Allows current to flow in one direction
A) Gold B) Aluminum C) Silicon D) Copper
A) Amplify or switch electronic signals B) Convert light into electricity C) Store electrical charge D) Regulate current
A) N-type B) Extrinsic C) Intrinsic D) P-type
A) IGBT (Insulated Gate Bipolar Transistor) B) MOSFET (Metal-Oxide-Semiconductor Field-Effect Transistor) C) BJT (Bipolar Junction Transistor) D) JFET (Junction Field-Effect Transistor)
A) Convert AC to DC B) Amplify weak signals C) Generate oscillations D) Filter noise from signal
A) Zener diode B) Tunnel diode C) Light-emitting diode D) Schottky diode
A) Voltage amplification B) Temperature sensing C) High-power rectification D) Voltage-controlled capacitance
A) Increases voltage B) High resistance C) Acts as an open switch D) Low resistance
A) Signal amplification B) Rectification C) Voltage regulation D) Data storage
A) N-type B) Intrinsic C) Extrinsic D) P-type
A) Detect magnetic fields B) Amplify weak signals C) Regulate voltage D) Convert light into electrical current
A) Voltage regulation B) Filtering noise C) Signal modulation D) Power amplification
A) Varactor diode B) Zener diode C) LED D) Schottky diode
A) Linear Energy Detector B) Longitudinal Energy Diode C) Low-Energy Device D) Light-Emitting Diode
A) Low-power rectification B) High-speed switching C) Temperature sensing D) Voltage regulation
A) Photodiode B) Tunnel diode C) Zener diode D) Schottky diode
A) A device used for underwater communication. B) A device that works only in the presence of a magnet. C) A device made from a material with semiconductor properties. D) A device that emits light when exposed to electricity.
A) Capacitor B) Resistor C) Zener diode D) Inductor
A) Voltage rectification. B) Signal modulation. C) Audio amplification. D) Motor control.
A) SCR B) Transistor C) Varistor D) Capacitor |