EE/CPE LABORATORY 1 LAB SAFETY & LAB EQUIPMENT USE TUTORIAL. by Ming Zhu UNIVERSITY OF NEVADA, LAS VEGAS 1. OBJECTIVE 2. COMPONENTS & EQUIPMENT
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1 EE/CPE LABORATORY 1 LAB SAFETY & LAB EQUIPMENT USE TUTORIAL by Ming Zhu DEPARTMENT OF ELECTRICAL AND COMPUTER ENGINEERING UNIVERSITY OF NEVADA, LAS VEGAS 1. OBJECTIVE Introduce laboratory safety procedures to safeguard lives and properties. Provide a basic tutorial on the functions of laboratory equipment that will be utilized during the term. Upon conclusion of this work, the student will be familiar with safe lab working procedure and with the basic setup of the equipment used in this laboratory class experiments. 2. COMPONENTS & EQUIPMENT Power Supply Multimeter Oscilloscope 3. BACKGROUND 3.1 SAFETY: Safety is the most important issue that impacts successful implementation of any lab experiments. Improper equipment usage not only damage property, it can potentially jeopardize your life as well lives of the fellow students. Carefully read the safety manual posted on class website. After reading the safety manual, you must take the safety exam and pass the exam to continue the class. DEPARTMENT OF ELECTRICAL AND COMPUTER ENGINEERING 1
2 Note: Your negligence in following the safety guidelines anytime during the semester will not be tolerated and you would be dropped from the class. 3.2 EQUIPMENT USE: Keithley-DMM ½ Digit Multimeter Figure 1 Front Panel of Keithley-DMM ½ Digit Multimeter 1. Display 2. Power Key 3. Function and operation keys 4. RANGE and scroll keys 5. TC input 6. Terminal and fuses Connections for different measurements as follows: DEPARTMENT OF ELECTRICAL AND COMPUTER ENGINEERING 2
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8 3.2.2 DC Power Supply HY3000 Series Figure 2 Front Panel of DC Power Supply HY3000 Series DEPARTMENT OF ELECTRICAL AND COMPUTER ENGINEERING 8
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11 3.2.3 GW Instek Arbitrary Function Generator AFG-2225 Figure 3 Front Panel of GW Instek AFG-2225 DEPARTMENT OF ELECTRICAL AND COMPUTER ENGINEERING 11
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17 3.2.4 Tektronix MSO2000 Series Oscilloscope DEPARTMENT OF ELECTRICAL AND COMPUTER ENGINEERING 17
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20 And MORE!! DEPARTMENT OF ELECTRICAL AND COMPUTER ENGINEERING 20
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24 3.2.5 Tektronix TDS2000C Series Oscilloscope DEPARTMENT OF ELECTRICAL AND COMPUTER ENGINEERING 24
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27 4. LAB DELIVERIES PRELAB: 1. Read the lab equipment tutorial above. LAB EXPERIMENTS: 1. DC Power Supply Setup with Multimeter a) For the power supply, turn both Current and Voltage knobs of Channel fully counter clockwise. b) Turn on the power supply, and the multimeter. c) Use black wire/cable to connect the - port of power supply CH1 to the com on the multimeter, and use red wire/cable to connect the + end of power supply CH1 to the V input of the multimeter. Observe and write down the readings of both power supply CH1 (0A, 0.5V) and multimeter (-0.5V). d) Slowly turn, clockwise, the Current knob of CH1 on power supply, until C.C LED turns off, and C.V LED goes on. Observe the readings of both power supply CH1 (0A, 0V) and multimeter (31mV). e) Slowly turn, clockwise, the Voltage knob of CH1 on power supply, and see if readings on power supply CH1 and multimeter are the same. Continue doing so, SLOWLY, until the Voltage reading stop increasing. Write down the maximum voltage reading (30.6V). f) Based on the process above, think of a way to demonstrate a -10V on multimeter to TA. Hint: Voltage between A and B can be calculated as V AB = V A V B. When you finish using the power supply, go to step a) and turn off the power 2. DC Power Supply Setup with Oscilloscope a) Turn on oscilloscope and press Autoset. Perform the self-detection of both coax measurement probe and oscilloscope. Adjust probe for capacity compensation if necessary. b) Connect the coax measurement probe from Channel 1 to the output of the power supply. Connect the hook of coax probe to the positive output of the power, and the clipper of the coax probe to the negative output of the power. c) Repeat step a) in Experiment 1 and then turn on the power supply. d) Slowly adjust the power supply voltage from 0V to 10V. Observe the changes on the oscilloscope. Press Autoset when necessary (e.g. trace goes off the grid or unstable) e) Press the yellow button of CH1. Change Coupling-DC to AC, and see what happens. DEPARTMENT OF ELECTRICAL AND COMPUTER ENGINEERING 27
28 (TBE-B311 MSO2014B): f) Press Probe Setup, and toggle between Set to 1X and Set to 10X. See what happens. (Vertical grid 5V 500mV) (TBE-B350 TDS2014): f) In Probe, toggle between 1X and 10X. See what happens. (Vertical grid 5V 500mV) g) Turn the Vertical-Scale and Vertical-Position knob of CH1, clockwise or counter clockwise, and see what happens (Vertical grid scales). h) Turn the Horizontal-Scale and Horizontal -Position knob of CH1, clockwise or counter clockwise, and see what happens (Horizontal grid scales). 3. Signal Generator Setup with Oscilloscope a) Initially set up the signal generator with the following parameters (be sure the CH1 Coupling is DC and do not change the other oscilloscope settings) and measure the output with Oscilloscope. Frequency: 1kHz Amplitude: 1V Offset: 0V b) Change the signal generator output to the following, and observe the waveform on the Oscilloscope. Frequency: 2kHz Amplitude: 0.5V Offset: 1V c) Change the Oscilloscope to AC coupling, and observe the results. d) (300/400 level labs) Go back to DC coupling. Change the signal generator to a square waveform (freq. 1MHz, ampl. 1V, offset 0V, duty 75%). Measure the rising (23ns) and falling time (23ns) by using following methods. Built-in function in the measure menu. (You can also try other built-in measurement, e.g. freq. falling time, period, but require appropriate setup of waveform) Use multipurpose cursors to manually measure the rising and falling time, period, etc. e) (300/400 level labs) Press Autoset to reset the Oscope image. Press Trigger-Menu and change rising edge in Slop to falling edge. What changes? POSTLAB REPORT: Include the following elements in the report document: Section Element Theory of operation 1 Include a brief description of every element and phenomenon that appear during the experiments. Prelab report 2 1. Read the label on the coax measurement cable (200MHz, 10MΩ/<12pF, 10X, 300V CAT II). What do they mean? 3 Results of the experiments Experiments Experiment Results 1 Photos of experiment results. DEPARTMENT OF ELECTRICAL AND COMPUTER ENGINEERING 28
29 Photos of experiment results. 3 Photos of experiment results. Answer the questions Questions Question Explain the measurement you got in Experiment 3. Why are the result 1 same/close/different? 2 Explain the observations in Experiment 2(e) What does waveform look like when measure rising/falling time, period, 3 freq, etc. with Oscope s built-in functions, respectively? In other words, explain appropriate in Experiment 3, step d) b uilt-in function part. Conclusions Write down your conclusions, things learned, problems encountered during the lab and how they were solved, etc. Images Paste images (e.g. scratches, drafts, screenshots, photos, etc.) in Postlab report document (only.docx,.doc or.pdf format is accepted). If the sizes of images are too large, convert them to jpg/jpeg format first, and then paste them in the document. Attachments (If needed) Zip your projects. Send through WebCampus as attachments, or provide link to the zip file on Google Drive / Dropbox, etc. 5. REFERENCES & ACKNOWLEDGEMENT 1. User manuals of related equipment 2. Previous EE lab instructions I appreciate the help from faculty members and TAs during the composing of this instruction manual. I would also thank students who provide valuable feedback so that we can offer better high education to the students. DEPARTMENT OF ELECTRICAL AND COMPUTER ENGINEERING 29
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