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OPTI 380B Intermediate Optics Laboratory

Lab 1: Basic Circuit

Construction and Electronic Instrumentation

Objective:

Lean how to use:

 A breadboard to build electronic circuits

 The Wavetek 85XT handheld digital multi-meter (DMM) to measure V, I, and Ω.

 The Agilent HP34401 digital multi-meter (DMM) to measure V, I, and Ω.

 The Tektronix TDS1002 Oscilloscope.

 The B&K 4003 Function Generator.

 The Agilent E3640A Programmable Power Supply.

Reading Assignments:

 “Prototype Board Explanation”, “Instruments”

 “HP34401 manual (‘select’ pages)”

 “XYZs of Oscilloscopes” (reference material)

 “AVG and RMS Values of Periodic Waveforms”

PreLab Questions:

[PL1] Explain the relationship between the average and RMS values for a time-varying signal.

[PL2] After reading XYZs of Oscilloscopes(pg. 18-21, 27-31 in particular), answer the following questions:

 In an oscilloscope trace, what measured quantities are displayed on the vertical and horizontal axes?

 How do I change the units per division being displayed for the horizontal and for the vertical axes?

 What is the purpose of the trigger?

 What is the difference between AC and DC coupling?

[PL3] What value of resistor is needed, in series with a 9V battery, to limit the current to 15mA?

[PL4] In order to produce a 1V RMS reading, what does the peak value of a sine wave have to be?

[PL5] What is the expected RMS value for a 1V peak square wave?

[PL6] What is the expected RMS value for a 1V peak triangle wave?

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Lab 1: Basic Circuit 1
Lab Exercises: 2

Resumo do Conteúdo

Página 1 - Lab 1: Basic Circuit

Page 1 OPTI 380B Intermediate Optics Laboratory Lab 1: Basic Circuit Construction and Electronic Instrumentation Objective: Lean how to use:  A br

Página 2 - Lab Exercises:

Page 2 Lab Exercises: A. Electronic Instrumentation (~60-70 min: estimated amount of time) 1. Set both the Wavetek handheld digital multi-meter (DM

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Page 3 [Q8] Make a drawing of each waveform, with the DC OFFSET set to 0V. Show the gridlines of the oscilloscope in your drawing. Again, swit

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Page 4 [Q18] What is the measured RMS value? C. Fundamental Electrical DC Circuits 1. Ohm’s Law (15min: estimated amount of time): In this exerc

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Page 5 Figure 2. Current/Voltage Divider Circuit [Q21] Compare the voltage between B and C to the result predicted for this voltage divider. Then

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