EEE 202 Lab 1 Data Sheet

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School

Arizona State University *

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Course

202

Subject

Electrical Engineering

Date

May 30, 2024

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docx

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4

Uploaded by mstgdude1

Name: ____ _______________________________ EEE 202 Lab 1: Data Sheet LTspice, Basic Circuitry, and Measurement Part 1: Building a Basic Circuit Build this circuit in LTspice and run a DC simulation: The first time you ran this simulation, did you get any errors? What were they? How did you correct them? I followed the video set up when I set it up and there were no errors. It ran seamlessly. Why use software like LTspice to simulate a circuit before physically building it? Using LTspice to simulate a circuit before building it has many advantages. It saves money by catching design flaws early, reduces the risk of damaging parts, and speeds up the design process. Simulations let you optimize performance and understand circuit behavior without needing physical prototypes. You can perform complex analyses easily and test large, intricate designs that would be hard to build in real life. Plus, it's great for learning, as it provides hands-on experience without requiring lots of lab equipment. Overall, LTspice makes circuit design safer, cheaper, and more efficient. 1
Simulation Results: Run a DC Operating Point (.op) simulation and record the results Node 001 Voltage = ______ 5 ______V Current Across R1 = _____ -0.005 ______A Schematics: Label and attach the LTspice schematic of your circuit to the lab data sheet. Be sure to rename the node something different than N001. Part 2: DC Sweep Build this circuit in LTspice and run a DC Sweep simulation: Draw Plots: Sweep the DC supply voltage linearly from 0V to 9V in steps of 1V. (.dc) DC Sweep of Voltages (V(n1), V(n2), V(N1, N2)) DC Sweep of Power Dissipated in R1 2
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