1. Please plot the I-V curve (Ix-Vx) of a diode shown in Fig.1 by LTspice DC sweep analysis. With exponential model and Is=1*10-16A, please fill the Table. I below. [Hint: use exponential model in tutorial P.20 and Is in the command represents saturation current.] type of sweep Linear start value = 0.6 stop value = 0.8 increment = 0.1m 1x Ix when Vx = 0.6V Ix when Vx = 0.8V Vx Fig. 1 ☑D₁ Table. I Hand Calculation LTspice Simulation
1. Please plot the I-V curve (Ix-Vx) of a diode shown in Fig.1 by LTspice DC sweep analysis. With exponential model and Is=1*10-16A, please fill the Table. I below. [Hint: use exponential model in tutorial P.20 and Is in the command represents saturation current.] type of sweep Linear start value = 0.6 stop value = 0.8 increment = 0.1m 1x Ix when Vx = 0.6V Ix when Vx = 0.8V Vx Fig. 1 ☑D₁ Table. I Hand Calculation LTspice Simulation
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Please do hand calculation only for Ix
![1. Please plot the I-V curve (Ix-Vx) of a diode shown in Fig.1 by LTspice DC sweep
analysis. With exponential model and Is=1*10-16A, please fill the Table. I below.
[Hint: use exponential model in tutorial P.20 and Is in the command represents
saturation current.]
type of sweep Linear
start value = 0.6
stop value = 0.8
increment = 0.1m
1x
Ix when Vx = 0.6V
Ix when Vx = 0.8V
Vx
Fig. 1
☑D₁
Table. I
Hand Calculation
LTspice Simulation](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F747ab200-c676-4ed9-b814-dae7641fcf0c%2F02560d8d-b304-4d77-8bc4-0d443c3de83a%2F5qycm3w_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1. Please plot the I-V curve (Ix-Vx) of a diode shown in Fig.1 by LTspice DC sweep
analysis. With exponential model and Is=1*10-16A, please fill the Table. I below.
[Hint: use exponential model in tutorial P.20 and Is in the command represents
saturation current.]
type of sweep Linear
start value = 0.6
stop value = 0.8
increment = 0.1m
1x
Ix when Vx = 0.6V
Ix when Vx = 0.8V
Vx
Fig. 1
☑D₁
Table. I
Hand Calculation
LTspice Simulation
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