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LTSpice and Lab Orientation – Instruments and Measurements In this experiment, the student will become familiar with basic circuit implementation in LTSpice and with using the lab equipment to be utilized throughout this course. In LTSpice there will be DC and AC circuit simulation, Transient and AC analysis exercises. In the lab, the equipment to be used includes the ADK oscilloscope, ADK signal generator and ADK network analyzer. In this lab, the student is expected to learn the order lab data should be collected for report purposes, LTSpice and equipment setup and measurements, thus this experiment is structured and step by step instructions are provided to achieve those objectives, later labs will not include this format or level of detail except for special cases. 1.1 Simple DC circuit Document Preview:

EEE 334 Lab #1 – Online EEE334 Lab#1 LTSpice and Lab Orientation – Instruments and Measurements In this experiment, the student will become familiar with basic circuit implementation in LTSpice and with using the lab equipment to be utilized throughout this course. In LTSpice there will be DC and AC circuit simulation, Transient and AC analysis exercises. In the lab, the equipment to be used includes the ADK oscilloscope, ADK signal generator and ADK network analyzer. In this lab, the student is expected to learn the order lab data should be collected for report purposes, LTSpice and equipment setup and measurements, thus this experiment is structured and step by step instructions are provided to achieve those objectives, later labs will not include this format or level of detail except for special cases. 1.1 Simple DC circuit VS1 3V DC VS2 4V DC R1 2.2kO R2 2.2kO R3 2.2kO Fig.1.1 (Use your handheld calculator for steps 1 and 2 below) 1. Calculate V using any appropriate method, e.g. Superposition, Thevenin, .etc. out2. Calculate the current through R . 23. Simulate the circuit in LTSpice obtaining Vout and the current through R . 2 NOTE: ALWAYS paste LTSpice outcomes onto the result section of the lab report 1EEE 334 Lab #1 – Online 4. In the lab, build the circuit on your breadboard in Fig. 1.1, ensure resistor values by first measuring the resistors using the MS8217 Handheld Multimeter set on Ohms. Use the Analog Discovery Kit (ADK) to: 5. Measure and record Vout 6. Measure and record the current through R 2Hint: You can measure the current (AC or DC) using one of the following ways: Measure the voltage across the resistor from the ADK and divide by the value of the resistor or Measure the current directly using your multimeter. 7. Use % Error to compare the calculated, the LTSpice, and the measured Lab results. %| Error=(MeasuredValue-CalculatedValue)|*100/(MeasuredValue) 1.2 Simple AC circuit VS 2Vpp f…

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EEE334-Lab1.pdfEEE-334-Onlin….docx