The George Washington University
School of Engineering and Applied Science
Department of Electrical and Computer Engineering

ECE 2115 - ENGINEERING ELECTRONICS – Spring 2011


Tutorials, Labs, Projects & Spec Sheet Page

The experiments will be posted here 1 week before each lab, along with any tutorials needed to complete the pre-laboratory work.  The pre-laboratory work is within the experiment document itself, you are expected to download and complete the prelab prior to attending lab.

TUTORIALS:

Tutorial #

Tutorial Description

Tutorial 1 (doc or pdf)

DC Sweep Simulations in SPICE

Tutorial 2 (doc or pdf)

Transformer Simulations in SPICE

Tutorial 3 (doc or pdf)

Parametric Simulation of a BJT in SPICE

Tutorial 4 (doc or pdf)

Bias Point Analysis Simulation of a BJT in SPICE

Tutorial 5 (doc or pdf)

Designing a Common Emitter Amplifier

Tutorial 6 (doc or pdf)

Designing a Common Collector Amplifier

Tutorial 7 (doc or pdf)

Designing a Cascaded Multistage Amplifier

Tutorial 8 (doc or pdf)

Loading New Parts in SPICE

 

 

 

Note: A free copy of SPICE comes with your textbook, it is also available on every machine in Tompkins on the 3rd floor.

LABS:

Click HERE for the required format for all laboratory reports
!!Lab Reports should be transformed to PDF files and emailed to your GTA before the due day!!

Lab #

Lab Name

Lab 0   (doc or pdf)

Introduction/ Safety/ Grading

Lab 1   (doc or pdf)

Diode Characterization

Lab 2   (doc or pdf)

Diode Application I

Lab 3a (doc or pdf)

Diode Application II: Biomedical Apps

Lab 3b (doc or pdf)

Diode Application III: Regulator Circuits

Midterm helping lab

Two GTAs will be in the lab to help the whole class. You could show up bewteen 9am to 12pm.
Any questions about midterm exam and midterm
project are welcome.

Midterm Project

See project section below

Lab 4   (doc or pdf)

BJT: Transistor Characterization

Lab 5   (doc or pdf)

BJT: Biasing & Amplifier Intro

Lab 6   (doc or pdf)

BJT: Designing & Building a CE Amplifier

Lab 7   (doc or pdf)

BJT: Designing and Building a CC Amplifier

Lab 8   (doc or pdf)

BJT: Designing a Cascaded Amplifier

Lab 9   (doc or pdf)

Final Project Preparation Lab

Final Project

See project section below

Optional Labs (at GTA's discretion)

Lab 10 (doc or pdf)

MOSFET: Transistor Characterization

N/A

N/A

N/A

N/A

Lab 11 (doc or pdf)

MOSFET: Biasing & Amplifier Into

N/A

N/A

N/A

N/A

Lab 12 (doc or pdf)

MOSFET: CD Amplifier - Digital Logic Into

N/A

N/A

N/A

N/A

Lab 13 (doc or pdf)

CMOS: Digital Logic

N/A

N/A

N/A

N/A

 

PROJECTS:

Project Name

Description

Due Date

Midterm Project (doc or pdf)

DC Power Supply

 

Final Project (doc or pdf)

iPod Docking Station

 

 

SPECIFICATION SHEETS AND SPICE MODELS:

Lab Equipment (more equipment manuals posted HERE):

 

Equipment Model #

Description

Agilent E3631A

DC Power Supply

Keithley 175

Digital Multimeter

 

 

***Parts:

Data Sheet

SPICE MODELS

Description

1N34A

 

Diode: Germanium Based

1N4002

 

Diode: Silicon Based

1N752A

 

Diode: Zener Type

MV5753

 

Diode: LED - GaAsP

166K18

 

Transformer: 115VRMS:18VRMS

KC004N-ND

 

Thermistor (Thermal Resistor)

LM7805CT

 

+5V Silicon Voltage Regulator

2N3904

 

NPN BJT Transistor

TIP31A

pwrbjt.olb    pwrbjt.lib

NPN BJT Power Transistor

2N7000

fairchild.olb  fairchild.lib

N-Channel MOSFET Transistor

 

 

 

*** Disclaimer: The spec sheets posted may not match the parts in your kit, they change from year to year.  It is up to you to verify that they match the parts supplied in your kit before relying on them.  These are posted here as a courtesy.