All sessions commence on Monday afternoons at 2:30 in 519 Allen
Laboratory
Lab Attendance and Reports
 
Attendance at all laboratory sessions is mandatory. Consult the instructor to arrange a make-up lab for a valid reason.
 
Experimental descriptions are given below, but are subject to change in advance of the experiment.
 
Pre-lab exercises are specified for each lab to help make the lab go more smoothly. Each student should hand in the completed pre-lab exercises at the beginning of the lab, when solutions will be posted. The prelab exercises are worth 5 of the 25 marks for the lab.
 
Students should work in pairs to perform the experiments, and to do the analysis, but only one student should hand in a written report. Experiments 1 - 8  will require a written report so each student is first author on 4 reports. Ten points will be available to each student for the quality of the analysis and the result, and an additional 10 to the first author for the quality of the report. No report will be required for experiment 9, but 10 points will be available to demonstrate a working experiment. So there are a maximum of 130 points for each student, which make up the the 20 per cent balance for the lab credit. Reports are due in the next lab period, unless otherwise posted.
 
A hard-cover lab notebook should be used to record your data, and may be inspected by the instructors.
 

Useful references
 
1. General reference for circuit analysis: Wikipedia
2. Error analysis reference book: J R Taylor (on reserve, Science Library)
3. Error analysis web site
 

Lab Manual
 
The lab manual is posted below.There may be some modifications made before the respective experiment is performed.
 
Introduction and Error Analysis 2019 (updated for 2019 on 17 Jan)
Introductory Lab exercises 2018
Introduction to Origin 2017
Experiment 1 DC circuit analysis 2018
Experiment 2: RC circuit transient response 2018
Experiment 3: RC circuit ac response 2019 
Experiment 4: LRC resonance 2019
Experiment 5: Diode rectifier circuit 2019 
Experiment 6: Transistor characteristic curves 2019
Experiment 7: Common emitter amplifier   2019
Experiment 8: Introduction to op-amps 2019
Experiment 9: Introduction to digital circuits 2019 (updated for 2019 on April 1; typo corrected in the preamble on April 7)
 
Lab Schedule
 
Jan 14: Introductory lab exercises References: General Intro, Multimeters, Agilent DMM, resistor color code , Tektronix TDS1000 oscilloscope
 
Jan 21: Experiment 1 DC circuit analysis, Prelab solutions
 
Jan 28: Experiment 2: RC circuit transient response, video 1, video 2; Prelab solutions
 
Feb 4: No lab
 
Feb 11: Experiment 3 RC circuit ac response, Prelab solutions (soluitions updated with minor changes on 25 Feb)
 
Feb 25: Experiment 4 LRC resonance (corrected error in the prelab exercises (kΩ -> Ω) on Feb 21) prelab solutions
 
Mar 4: Midterm Exam 2:30 - 4:00
 
Mar 11: Experiment 5: Diode rectifier circuit;   prelab solutions
 
Mar 18: Experiment 6: Transistor characteristic curves (No prelab exercises)
 
Mar 25: Experiment 7: Common emitter amplifier  prelab solutions (updated solutions on 1 April 2019)
 
Apr 1: Experiment 8: Introduction to op-amps (No prelab exercises)
 
Apr 8: Experiment 9: Introduction to digital circuits   prelab solutions  (no report)
. 
Phys2610 Circuit Theory
& Introductory Electronics
Winter 2019