I = 0 A
V = -0.3 V
Detailed answer is given below.
Please answer. i will rate best answer. NOTE: In all problems in this test, we use...
Please solve and explain well to me these three questions. Thank you! Find the Q-point for the diodes in the circuits shown below using the constant voltage drop model with Von-0.65 V. (20 points) 1. 43 k? 43 k? D2 D2 Di 22 kS2 -9 V
1. (20 points) For the 2 following circuits solve for the labeled current I and voltage V. Use the constant- voltage-drop diode model (VD-0.7V). +5V +5V 10k2 -5V -5V
Please note that D4 is the one that was destroyed not D1. Please I posted this but they answer it differently QUESTION (2) Due to an abnormal operating condition, Diode D4 in this full-wave rectifier circuit was suddenly destroyed, and stopped Vconducting in both forward and reverse directions (i.e. open circuit) C- R Assume that all other diodes are ideal with zero forward voltage drop and that the time constant RC- 5 ms. stt) 10V For a 1 kHz triangular...
Please help to answer part a, b , c and d as i have problem understanding mutilpe diode circuit. please give clear explanation on which diode will be assume to be on or off state in the initial state. Find the Q-points (ID , VD) of the diodes in the circuits of Fig. 3. Using the simple model for forward biased diode, the diode voltage is given as 0.75V +15V +10V 15ks2 15k2 D2 D2 Dt 15k2 15k2 10 V...
Please answer the following question! Please write CLEARLY, showing all steps, and follow all steps Please box final answer. Please do not copy anothers work. 3. For each of the circuits shown in Fig. P5.57, find the labeled node voltages. The NMOS transistors have Vtn = 0.9V, ka 6,-) = 1.5m A/V2.(20 points) +5V +5V +2.5 V ZIKA UL 21 ξΙΚΩ -2.5 V Willie (a) Fig. P5.57
Answer all the questions, please. 1) 2) In the circuit below, if VB1 = 1.3V and VB2 = 2.3V, what is the maximum possible value of the output voltage v? Assume a drop of 0.7V across the diodes when forward-biased. Enter your answer in volts. DÝ D2 VBI = Von The circuit below shows a linear regulator. Assume the unregulated input voltage is Vin = 18 V, the Zener specs are (Vz = 5.1 V. Iz = 50 mA), R1...
(10pts) 1. (a). Use the following i-v characteristic, plot the load line and find the Q-point from the graph for the following circuit if V 5V and R 2.25k2. Use constant voltage drop diode model with Vo-0.5V as shown in the following Figure. İD (A) 0.002 0.001 -7 -6 -5-4-3 -2 112 3 4 5 6 7 Up(V) -0.001 -0.002 (20pts) (b) Find the Q-point for the three diodes in the following circuit. Use the constant-voltage -drop (CVD) model (with...
This is a Diode constant voltage model - clipping circuits Please explain steps as you solve. Thank you very much for your help. please ask if there is anything not clear about the problem W (a) For the circuit shown below use the constant voltage diode model (Vp=0.7 V), and find the state of diodes D, and D2 (ie. ON or OFF) and determine the voltage and the current for each. 32k2 OV 5 mA 103=_ ; VD3= 104= ;...
1. (40%) For the circuit in Figure 1, use the constant voltage drop model for the diodes, so that if a diode is ON, the voltage across it is 0.5V. IK D VD Figure 1 (a) (Assume that all diodes are ON. Is the assumption right or wrong? If it is right, find current I. Do not use part (b) to solve this part. (b) Assume that D, and D, are ON and D, is OFF. Is this assumption right...
Use constant voltage drop model for all diodes, Vr 7V Use V beon-.7V and β=50 for all BJTs Use the model parameters below for all MOSFETs: K'-1.073u, W 12, L 2u, V 1.73 (50 Points) For the amplifier below, find the following 3. Rout Rin V2 10 C4 25m 100k 5k C3 M2 M1 50 100 200 100k 12 1m 0