Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN: 9780133923605
Author: Robert L. Boylestad
Publisher: PEARSON
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- H.W: Determine Vo and ID for the circuit in figure below after adding a resistance of 2kQ in series with both diodes +20 V Si St 4.7 ks2arrow_forward1. Consider the following circuit, and assume all diodes are ideal. Draw the output to for a triangular input that is given below. ~ Vin R 5 KQ www V1 5V ww D1 R1 5 ΚΩ Vin 10 f -10 D2 ww V2 5V R2 5 KQ Voarrow_forwardFind the current I if both diodes are identical. Voltage V = 0.8V and let the reverse saturation current be 10-⁹A. D1 D2arrow_forward
- Diode circuitsFor each circuit below, use the diode approximation with forward dropVF= 0.7 V to find the output voltage. No current flows to the output.arrow_forwardDetermine the output voltage V out of the circuit shown in Figure. However, when the Zener diode is forward biased, the voltage of both ends is approximated to 0.7V.arrow_forwardc Given e(t) = 12 sin 1000t V, E = 6 V, and Ez = 4 V, sketch the output wave form across the resistor VR(t). Mark the values on the axes clearly. You may consider the diodes to be ideal. %3D E Figure Q8 KH E2arrow_forward
- For the circuit in the figure, let V input = 8V, Ri = 12ohms, RL = 10ohms, and VZ = 3.3V. Determine the voltages and currents of the resistors and the current of the zener diode.arrow_forwardB. For the circuit shown below, assume that the zener diode has Vz-3.3V and rz=092 when reverse biased, and has a 0.7V drop when forward biased. Fill the following table for values of Vo for different values of input voltage Vi. R1 Vi Vi -8V OV 8V 1k 5V N V2 R21k Vo Voarrow_forward
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