EnglishDeutschPortuguêsEspañolElectronicsRectifier Diode – how it worksReverse Polarity Protection with DiodesRectifierRectifier Diode – ExercisesTransistor – BasicsTransistor as switchThyristor – how it worksElectronic Load Relay ELROperational AmplifierComparator Using Op-AmpInverting Op AmpOP-Amp as Impedance ConverterOP-Amp as Non-Inverting AmplifierOP-Amp as Differential AmplifierOP-Amp as summerOp-amp IntegratorOp-Amp as DifferentiatorOp-Amp as Schmitt-TriggerVoltage to Current ConverterTransimpedance amplifierZener-DiodeThermal conductance and resistanceHome ⇒ Overview Courses ⇒ Electronics ⇒ Rectifier Diode ⇒ ExercisesRectifier diode - ExercisesDiode – Exercise 1Given is the following circuit with a silicon rectifier diode. What is the voltage and current as specified? The forward or knee voltage of the diodes must be taken into account. V = 3V, I = 3 mA V = 2,7 V, I = 2,7 mA V = 2,3 V, I = 2,3 mA V = 5,1 V, I = 5,1 mA V = 3,9 V, I = 3,9 mADiode – Exercise 2Given is a very simple rectifier for a DC motor. What is the minimum reverse voltage for which this diode must be designed for at least if the input voltage is 110 V AC? The minimum reverse voltage must be at least 220 V. The minimum reverse voltage must be at least 156 V. The minimum reverse voltage must be at least 191 V. The minimum reverse voltage must be at least 55 V. The minimum reverse voltage must be at least 110 V. Loading … Work order: Coke dispenser vending machineTo relieve the bartender, you should develop a cola machine. You have four buttons as shown to make your choice. The control should be developed with as few diodes as possible.Application Diode - Exercise Diode - Decoupling of signalsShow solutionExercise Diode - Application Diode - Decoupling of signals < Previous Page | Next Page >
