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