Q5. Assume ideal diodes in the circuit below. (a) Find Vo when Vin = 2 V. (b) Plot Vo as a function of Vin for Vin from 0 V to 10 V. D1 10 Ω 100 ΩΣ 100 Ω D₂ 8V② Vin - Vo

//sketch the output wave form of the below. The input voltage circuit shown varies from "0" to "150V" linearly, Assame the diodes are ideal. D₂ Vi gül DI * + 300 - look 3200K. I+ I 10ου + vo.

The D diode used in the diode circuit shown in the figure is a silicon diode. a. Plot the output voltage of the circuit. b. Describe the working principle for each phase in detail R1 10 kN V out +12 V D R2 100 N Vin-15 sin(wt) R3 220 N

Determine the voltage across the diode in the figure , assuming an ideal diode. 10 Ω 10 V= 8 V Select one: a. 0.7 V b. 2 V c. O V d. -2 V

The input voltage V, is a sinusoidal voltage with maximum value of 6 V If the threshold voltage of the diodes is 0.1 V, plot V. versus V. +10 V 10 k2 v o o vo 10 k2 10 k2 -10 V

Two germanium diodes are connected in series and have a load resistance of 10 kQ and a forward supply voltage of 5 V. Calculate the voltage across the load resistor. * O 4.7 V O 4.4 V O 0.3 V 0.6 V

Hi, Sketch i0 and v01 for the network below for the input shown (Both diodes are Si. VD=0.7 V) Can you briefly explain your drawings Thank you

The current through the diode in the circuit given in the Figure below when Vy = 0.7 V is? ww 8092 12V Select one a. 24.26 mA b. 13.09 mA c. 58.23 mA d. 40.13 mA 40-52 ww 3092 ID

the input voltage V1 is a sinusoidal voltage with maximum value of 4V. If the threshold voltage of the diodes is 0.1 V, plot Vo versus VI. +10 V 10 k2 o vo 10 k2 10 k2 -10 V wwwo

Exercises: Determine VO and Ifor each circuit in figures. Assume that each of the diode in these circuits has a forward voltage drop of 0.7 V. V₁. D 1.1.2 D V. $5.140 1.V₁=V₁=OV. 2.V₁ =V₁=SV, and 3.V=OV & V, -5V. (d) C C ΣΙΩ T-15V D₂ +201 20 V₂ 14.02 I-15V 1. No pulses at either A or B. 2.A 30 V positive pulse at A or B, and 3. Positive pulses (30 V) at both A and B. (e)