Emily Syndrome. EMILY SYNDROME Emily Anne Chris Jeff.

Slides:



Advertisements
Similar presentations
By John Chamberlain, CORD 4901 Bosque Blvd Waco, TX Supported by National Science Foundation, DUE
Advertisements

Experiment 17 A Differentiator Circuit
Departmental report Department of Electronics. ACADEMIC ROADMAP 2003 Commencement of ICT in teaching learning 2014 Introduction of BSc Electronics(G)
Introduction to PSpice Simulation Software. The Origins of SPICE In the 1960’s, simulation software begins –CANCER Computer Analysis of Nonlinear Circuits,
Electronics Lab Equipment Overview 1) Make sure you have the key to your drawer 2) Open the drawer and set your key in the front corner inside the drawer.
EET Survey of Electronics Chapter 7 - Simple Series, and Parallel circuits.
EE 2303 Week 2 EE 2303 Week 2. Overview Kirchoff’s Current Law (KCL) Kirchoff’s Voltage Law (KVL) Introduction to P-spice.
Getting Started with Cadence Prepared by Ryan Johnson, 2002  Open Orcad Capture under Engineering Software  Under FILE, choose NEW, PROJECT  The following.
Investigating Basic Circuits Pre-Activity Discussion
Electronic Instrumentation Experiment 1 * Part A: Circuit Basics, Equipment, Sound Waves * Part B: Resistors, Circuit Analysis, Voltage Dividers * Part.
Electric Curcuits and Measurements Basic Electrical components and their functions Measurements of electrical circuits characteristics - Multimeter - Oscilloscope.
Basic Circuits – Lab 1 Xmedia Spring Basically Power –Provides energy for the sensor and the output Sensor –Changes aspects of the circuit based.
Series RC Circuit. Shunt resistor It is good practice to short the unused pin on the trimpot when using it as a variable resistor Velleman function generator.
Basic Circuits – Lab 1 Xmedia Spring Basically Power –Provides energy for the sensor and the output Sensor –Changes aspects of the circuit based.
Series RC Circuit. Shunt resistor It is good practice to short the unused pin on the trimpot when using it as a variable resistor Velleman function generator.
+ Using Ohm’s Law to Build a Voltage Divider 1. + Learning Objectives Understand and demonstrate the engineering design process Use Ohm's Law as a tool.
Group Chocolate Thunda Johnathan Ross, Jiaxuan Shang, Daniel Sawyer, Nate Serafino.
A Differentiator Circuit.  All of the diagrams use a uA741 op amp. ◦ You are to construct your circuits using an LM 356 op amp.  There is a statement.
Experiment 17 A Differentiator Circuit
Circuit Lab. Experiment-4 Measurement of Time Constant, Rise Time, Step Response of a RC Circuit.
Chapter 5 Engineering Tools for Electrical and Computer Engineers.
ECE 1020 FINAL PRESENTATION TA: Allen Guan and Sibel Ahmed Shehzad Mufti.
TA: Chris Reilly Group 5: Benjamin, Ramie, Zachary, Dinal.
Stephen Joo and Daniel Kattan April 16, 2010 ECE 002, Group 8.
Introduction to Circuits – Practical Resources.  Reading resistors ▪
Build-It-Yourself develops content and supporting platforms that inspire and guide kids to use technology creatively. Scratch Robotics Construction System.
EE Lab Intro ELEC 106 Fundamentals of Electrical Engineering Dr. Ron Hayne.
Lecture 1: basics Oscilloscope & SPICE Basics. Lecture outline Course Goals/Outline The Oscilloscope P-SPICE Download Basic Circuits Lab Exercise Reading:
6/15/2002ECE 345 ECE 445: Senior Design Laboratory Lectures and Training in Electrical Hardware and Associated Skills.
Circuit Game Answers.
Introduction to Labs By Behzad Malek.  Lab sessions  Lab: Tuesday-Session 1 (CBY B302: 13:30-14:30); Session 2 (CBY B302: 14:30-15:30) (Starts Jan 13.
Circuit Lab. Experiment-1 Int. To Circuit Components Lab. Devices and Voltage Measurement.
Department of Electrical Engineering, National Taiwan Ocean University Basic Electronics 2/4/2015 Richard Kuo Assistant Professor.
6.9 How radio works 22 October 2015 What is this image? What other information can you get from it?
Chapter 6 Software for Electronics. Introduction This chapter covers the following topics: Software for electricity and electronics Multisim Circuit Wizard.
ICP/Physics 5/8/13 and 5/9/13 Making Circuits. Warmup Wednesday 1)What is the voltage of a circuit with a resistance of 5 ohms and a current of 6 amps?
Investigating Sine Waves Using National Instrument’s MyDAQ Tool
ENTER The Clil4U project has been funded with support from the European Commission. This publication reflects the views only of the author, and the Commission.
Half wave rectification By:Engr.Irshad Raheem Memon.
ELECTRICITY D.C. stands for direct current which flows in one direction only (- to +) A.C.stands for alternating current which changes direction 50 times.
Bridge full wave rectification. By:Engr.Irshad Rahim Memon
PRACTICAL # 05 Full wave rectification using center tapped transformer. By:Engr.Irshad Raheem Memon.
(from left to right) ASHLEY FRIEND, SUBHASIS GHOSH, EMMANUELLE DORVIL, DHRUV GAUR.
ECE 002 Final Project By Brandon Minor, Adam McCormack, Benjamin Miller, Damon McCullough.
CHAPTER 1 Introduction to ECADD DENC 2533 ECADD. FIRST!!!! Visit my website at and choose Teaching TAB and click at the ECADD subjectwww.asyrani.com.
Intro to Electricity Electricity Definition: Circuit Definition: Three things for a circuit to work:
Lab 1 LTspice Intro EC538 Selected Topics in Electronics 1 Eng. Nihal Tawfik.
How to Build a Digital Physical System - Lab Lecture 2.
Engineering H191 - Drafting / CAD Gateway Engineering Education Coalition Lab 7P. 1Autumn Quarter DC Motors Lab 7.
ECE Group Members Samantha Starr BME Arduino Arianna Weinshel BME Sensors, Circuits Eden Woldemichael CE AM Radio Taylor Brooke EE Instrumentation,
Electronic Instrumentation Project 204 Project Name: Light Level Monitor Student #1: Name ID Student #2: Name ID Student #3: Name ID.
9th Physical Science Week of Dec 07 th rd – Dec 11 th.
Electronic Instrumentation Project 202 Project Name: Differential Thermometer Student #1: Name ID Student #2: Name ID Student #3: Name ID.
Fall 2006P7305: Freshman Practicum AM Receiver P7305: Learning Module for EE Freshman Practicum Chris Urban: Lead Engineer Hans-Christian Rotmann: Project.
Electrical Engineering Lab I
Chapter 13 AC Measurements.
Intro to ECSE 1010 Intro to ECSE Analysis K. A. Connor
Basic Laws of Electric Cicuits II
Intro to ECSE 1010 Intro to ECSE Analysis K. A. Connor Was ECSE 1961
Electrical Engineering Lab I
Component Kits Checkout policy Storage Organization of kit components
COMPETITION LABS LECTURES.
Electrical Engineering Lab I
Electrical Engineering Lab I
Week 4: Experiment 24 Using Nodal or Mesh Analysis to Solve AC Circuits with an addition of Equivalent Impedance.
Group 4: Final Presentation
Introduction to Lab Equipment
Physics – 3/17/16 Discuss snap circuits
EECT 121 Lab Notebook Lucas Bazile.
Presentation transcript:

Emily Syndrome

EMILY SYNDROME Emily Anne Chris Jeff

Sensor Characterization  The objective of this experiment was to check if all the sensors in the kit box worked properly and for the group to understand the basic functionality of all the tools.

Elevator Project  Simple C programming & sensor application  C program and the light sensors detect the position of the elevator  Bumper for the call

Oscilloscope  The oscilloscope lab is designed to teach students about AC and DC signals and how to interpret and graph these signals from an analog oscilloscope  The oscilloscope took much patience to learn  Oscilloscopes are commonly used in many aspects of everyday life

Circuit Theory Lab  5 Circuits to explore, 3 parallel, two series  Learned about Breadboard, DC Power sources, Multimeters

PSPICE  Simulation Program with Integrated Circuit Emphasis  Modeling software allows for analysis of circuits virtually.

AM Radio  Amplitude Modification  Key skills- soldering, reading schematics  New Experience for most of us

Conclusion and Questions