ME530241 2009

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530.241 Spring 2009 Class Photo - Click here for higher resolution image.


M.E. 530.241 Electronics and Instrumentation HOME PAGE

Course Description

Introduction to basic analog electronics and instrumentation with emphasis on basic electronic devices and techniques relevant to mechanical engineering. Topics include basic circuit analysis, laboratory instruments, discrete components, transistors, filters, op-amps, amplifiers, differential amplifiers, power amplification, power regulators, AC and DC power conversion, system design considerations (noise, precision, accuracy, power, efficiency), and applications to engineering instrumentation.

3 credits

Our Class - Spring 2009

Photo gallery of our class - Spring 2009.



Dr. Louis L. Whitcomb
Department of Mechanical Engineering
The Johns Hopkins University
office: 115 Computational Science and Engineering Building (CSEB)
Phone: 410-516-6724
Office Hours: During regularly scheduled weekly problem session and lab sessions.

Dr. Kyle B. Reed
Department of Mechanical Engineering
The Johns Hopkins University
office: 128 Computational Science and Engineering Building (CSEB)
Phone: 410-516-5396
Office Hours: During regularly scheduled weekly problem session and lab sessions.

Teaching Assistants

  • Ms. Caitlin Schneider [email]
  • Mr. Yonatan Silverman [email]

TA Office Hours

TA office hours are held during the normally scheduled laboratory sessions.

Professional Staff

Mr. Robert H. Blakely, Laboratory Technician
Department of Mechanical Engineering
G.W.C. Whiting School of Engineering
The Johns Hopkins University
office: B-2 Krieger Hall, phone: 410-516-8660

Class Schedule


Monday, Wednesday, Friday 1:30-2:20PM, Room 311 Hodson Hall.

Laboratory Sessions

  1. Section 1: Monday 6:00-8:50PM Wyman 140
  2. Section 2: Tuesday 1:30-4:20PM Wyman 140

Labs are held in Room 140 Wyman Park Building.

The Wyman Park Building is located at the South end of the Homewood Campus.

Click here for a Homewood Campus Map.

Course Requirements

An independently written report of each laboratory assignment is required.

Unless previously arranged with the Instructor, no credit will be given for late assignments. All assignments are due at the announced due date and time.

All assignments must be handed in to Dr. Whitcomb or Dr. Reed in class or at their offices in CSEB. Do not hand in anything to the TAs. The TAs are not authorized to receive assignments. The lowest score laboratory will be dropped.

Course grade will be determined by lecture and laboratory participation, written laboratory reports, a class project, a midterm exam, and a final exam. The relative percentages will be something like the following (this is subject to revision): written laboratory reports (40%), class project (20%), quizzes throughout the quarter (15%), and a final exam (25%).


  • Physics I and II
  • Calculus I - III
  • Linear Algebra
  • Differential Equations

Exam Schedule

Exams are cumulative, closed book, closed notes, closed cell-phone, calculators are OK.

  • Midterm Quiz: Friday, March 13, 2009 at 1:30pm (in class). Several other unannounced quizzes will be given in class.


Grades are posted here.

Recommended Text

G. Rizzoni Fundamentals of Electrical Engineering, McGraw Hill, Boston, 2008. ISBN-10: 0073380377 # ISBN-13: 978-0073380377 Also available here.


This syllabus will be revised as the term progresses - please refer to this web site for the latest updates to the syllabus.

1 Jan 26 Volts, Amps, Ohms, Basic Resistor Linear Circuits, Power, KVL, KCL. CH 2
2 Feb 2 DC Network Analysis. CH 3

Lecture materials:

3 Feb 9 AC Network Analysis CH 4
4 Feb 16 AC Network Analysis

Lecture Notes from Feb 20, 2009

CH 4
5 Feb 23 Op-Amps 1: Ideal Model and Applications CH 8
6 Mar 2 Op-Amps 2: Non-Ideal Model, power op amp, and instrumentation amps. CH 8
7 Mar 9 Active filters, op amp design considerations, and
Midterm Quiz (March 13)
8 Mar 16 Spring Break - No class or lab this week.
9 Mar 23 Diodes, LEDs, Bipolar Transistors CH 9, 10
10 Mar 30 Digital logic, binary numbers CH 12
11 Apr 6 Flip-flops, digital input/output, filters.
12 Apr 13 Class Project and circuit board fabrication lab.
13 Apr 20 Class Project
  1. Honeywell HIH-4000 Humidity Sensor
  2. Freescale MPX2202ASX Pressure Sensor
  3. Microchip MCP9700A-E/TO Temperature Sensor
  4. ERT-D2FGL153S and ERT-D2FGL102S Thermistors
  5. LF411CN Op-Amp
  6. INA111AP Instrumentation Amplifier
  7. LM311P Comparator
  8. 74AC32PC Quad OR-Gate
  9. LM78L05ACZFS 5.0V Voltage regulator
  10. Resistors, capacitors, diodes, etc...
  • Sample files:
  1. Bill of materials (.pdf)
  2. Circuit schematic (.pdf)
  3. PCB layout (.pdf)
  4. Zip file containing example circuit schematic and PCB layout files for ExpressSCH and ExpressPCB (.zip). You can download ExpressSCH and ExpressPCB here.
    1. Get-started guide for ExpressSCH
    2. Get-started guide for ExpressPCB
    3. Design tips guide for ExpressPCB
14 Apr 27 Class Project and Project Report. Friday May 1, 2009 is the last day of Spring term classes.
15 May 7
  • Problem Session: 1 PM, Wednesday, May 6, 2009, Room 311 Hodson Hall.
  • Final Exam: 2-5 PM, Thursday, May 7, 2009, Room 311 Hodson Hall, per the JHU registrar's schedule.

Other Syllabus Ideas

Microprocessors Basics: Binary numbers, serial I/O, analog I/O.
This page was last modified on 23 April 2011, at 13:55.