Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN: 9780133923605
Author: Robert L. Boylestad
Publisher: PEARSON
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- Assuming the ideal diode model (VON=0 V), calculate VOUT for the circuits in Figures (b) and (c) for the following input voltages (your answers should be in a table similar to that given below) +5V 4k VOUT,b VOUT,C v20- v20- 4k (b) (c) V1 V2 5arrow_forwardCalculate the value of PIV of either diode? (2nd Approximation) * DI 2:1 +100 V I14001 V out Vin ov RL -100 V 10 kM D2 I14001 O 46.3V O 43.6V O 43.9V O 49.3V None of the above allle elllarrow_forwardPARALLEL DIODE CONFIGURATION ( NEED NEAT HANDWRITTEN SOLUTION ONLY OTHERWISE DOWNVOTE).arrow_forward
- Q3. Determine the output waveform and calculate the output DC level and the required PIV of each diode. 10 V 1 k2 1 kQ 1 kO +arrow_forwardUse Kirchhoff's law method Indicates the conduction status of the diode The result is the table of current and voltage values for each element Incorporates the diode conduction voltage if applicable 7) R1 - IK E1 R2 lov (+ D1 esi D2@sarrow_forwardget the diode voltage and diodw currentarrow_forward
- Construct a forward bias diode circuit in multi-sim (desktop, not live). Simulate and find the current through the resistor and the voltage across the resistor.arrow_forwardFor each circuit, use the diode approximation with the forward drop equal to 0.7 V and determine Vout. +3 V 10 k - Vout -3 V ++3 V 10 k - Vout -3 V ++3 V 10 k 5 k -3 V Voutarrow_forward
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