Ryan Roberts April 2, 2013. Background The tool I am building will be used by me on my dads stock car team. I have a tool already that I use to measure.

Slides:



Advertisements
Similar presentations
By: Alex Sowa Electrical Projects April 10 th, 2013.
Advertisements

ECE 300 Microprocessor Project Using The Texas Instruments MSP 430F449PZ Controller Group members: William Bohon Steve Bishop Steve Bishop Ann Tan Ann.
DESCRIBING INPUT DEVICES
MIKE AMBRISCO Solar Charging Systems. Overview Background info.  Why do we need a charging system?  What happens without a charging system?  What does.
Team 5 Small, Lightweight Speed and Distance Sensor for Skiers & Snowboarders Kunal Verma Manager Justin Erskine Webmaster Temika Cage Presentation Coordinator.
The Player Guitar Advised by T Baird Soules Team members: Joshua Libby, Stephen Monska, Simon Leung, Robert Williams.
Micromouse Meeting #3 Lecture #2 Power Motors Encoders.
Embedded Programming and Robotics Lesson 6 Mechanical Assembly 1.
Op-Amp Oscillator. Reading Schematics: Battery What’s this?
Engineering Projects in Community Service Columbian Park Zoo Team Puppet Stage Team Puppet Stage Team Zookeeper Team Zookeeper Team Animal Simon Team Animal.
Team #9: Video Recording Tool for Car Infotainment and Navigation Systems Members: Shengzhe Gao, Radhika Somayya, Xinye Ji, Kun Zhang, Yan Gong, Jianying.
Current and Resistance
Contributed by: Integrated Teaching and Learning Program, College of Engineering, University of Colorado at Boulder.
Electronic Component Functions What is this component doing my in electronic device?
Power Electronics and Drives (Version ) Dr. Zainal Salam, UTM-JB 1 Chapter 3 DC to DC CONVERTER (CHOPPER) General Buck converter Boost converter.
HV8CB Vihtori Virta Specification review. Motivation 0 – 4000V variable high voltage board Can be used in many applications.
The more sensors and alarms included the better!
Ch4 Electronic Components Circuit/Schematic Symbols.
MSP 430 Project ECE 300 Spring 2004 William S. McLemore Ruben D. Briano Cheng-Han Tsai.
Physics Chapter 20: Circuits and Circuit Elements.
ELECTRONICS WHAT DOES ‘ELECTRONICS’ MEAN TO YOU ?.
Power Management for Embedded Systems. Power requirement for Embedded Micro Systems Multiple supply voltages Small size in all components, L R C etc High.
ECE Grande ECE 477 Design Review Team 3 - Fall 2008.
A mother board is the main circuit board for the computer system (hence the name mother board ) The mother board holds all of the other components of a.
CS-EE 481 1Founder’s Day University of Portland School of Engineering Project Yew Inline Power Monitor with Cost Analysis Team Zubin Bagai Jon Worley Kevin.
Brett Dunscomb David Howden Kevin Bedrossian Chris Clary.
Electronic Components Circuit/Schematic Symbols. RESISTOR Resistors restrict the flow of electric current, for example a resistor is placed in series.
SUPER TOASTER Wes Brown Eastern Kentucky University Computer Electronic Networking.
Team 6 DOODLE DRIVE Alexander Curtis Peachanok Lertkajornkitti | Jun Pan | Edward Kidarsa |
Electricity is a form of energy Electricity can exert a force on other objects Think of your Laws of Charge activity Electricity is when electrons flow.
CLIQ unit Integration. General view: -Schroff rack 19’’ 25U (500mm x 600mm x 1120mm). -2 fixed wheels +2 castor wheels with brake ⦰100mm. Capacitors Capacitors.
Electrical energy The rate at which electrical energy is moved through a circuit is given in terms of power. The unit for electric power is the Watt (W)
Swish Sleeve PCB Layout Design Narrative Stephen MacNeil, Michael Kobit, Sriharsh Achukola, Augustus Hong.
Basic Stamp OEM module By Wilmer Arellano. 2  The BASIC Stamp 2 OEM is a discreet component version of the BS2 which may be purchased in kit form. 
Basic Equipment and Schematic Reading. Objectives Learn the basic equipment that will be used in the Lab. Learn some of the basic symbols used on electrical.
1 Electrical Fundamentals We need some understanding of electrical fundamentals to do the lab exercises. Electric Circuit Consists of: –Power Source: Battery,
MSP430 Project ECE 300 Spring 2006 Cortney McKibben Rebekah Wilson Shupeng Zhang.
Presented by : GROUP 1 Associates: Ajeet Kumar Pooja Raikar Sangamesha J M Utkarsh Kumar Viresh Mathad.
What we will do today: Introduce the new topic on Electronic Components. Identify the three main parts of any electronic system. Give examples of output.
Electric Current Everything (water, heat, smells, …) flows from areas of high concentration to areas of lower concentration. Electricity is no different.
6.2 ELECTRONICS. CAPACITOR An electrical device used to store electrical charge.
DIGITAL SHOWER CONTROLLER BY NATHAN GARNER KASUN KUMARAGE.
How to Build a Digital Physical System - Lab Lecture 2.
Luis Chung JoonYoung Park A Wristwatch for the Visually Impaired ECE 445 Senior Design Spring 2016 Team 62 Mock Presentation 28 April 2016.
Deep Touch Pressure Abdomen Belt Group 32 Kevin Rathbun & Luke Fleming & Chang-O Pyo ECE 445 Senior Design April 28, 2015.
Input and Sensor Input: Any signal or information digital or analog that is processed in a system is known as input. Sensor: A sensor is an object whose.
32ch Beam-Former for Medical Ultrasound Scanner Performed by : Alaa Mozlbat, Hanna Abo Hanna. Instructor : Evgeniy Kuksin.
Current Electricity and Circuits
SMPS.
Solving Circuits.
Automated power Factor Correction and Energy Monitoring System
Lesson 9 Parallel Circuits.
Current Electricity and Electric Circuits
P08441:Thermoelectric Auto Exhaust Power Generation
DIGITAL CALCULATOR USING 8051
Unit 3 – Fundamentals of Electronics Examination Specifications
Unit 3 – Fundamentals of Electronics Examination Specifications
CS-4540 Robotics Lab 00 - Introduction and OHM's law.
Series and Parallel Circuits
TE – FTIK – UHT Djogi Lubis Ir, M.A.P
Basic Electronics Part Two: Electronic Components.
SHU: The Running Companion
Prepared by: Engr. Qurban Ali Memon Incharge of Final project Lab.
Current Electricity and Electric Circuits
ECE 477 Final Presentation Team 13  Spring 2011
POWER ELECTRONICS DC-DC CONVERTERS (CHOPPERS) PART 2
Example Example 1: An electric lamp is rated 110 W, 200 V. When the lamp is operated at its rated power and voltage, calculate a) the current flowing through.
The Basic Bulb Bulb uses electrical current to produce light.
Lecture 2 Electrical and Electronics Circuits. After you study, and apply ideas in this Lecture, you will: Understand differences among resistance, capacitance,
Beginner Stander Presentation
Presentation transcript:

Ryan Roberts April 2, 2013

Background The tool I am building will be used by me on my dads stock car team. I have a tool already that I use to measure the circumference of the tires. This tool is a stand with wheels on it that the tire spins on, while the tire is spun a tape measure is run along the surface of the tire to measure the circumference of the tire. The circumference of the tire is a very crucial measurement because this measurement is used to calculate the front and rear stagger of the tires.

Stagger Explanation Stagger is the difference between the right side tire and the left side tire. The right side tires are larger then the left side tires by about 2-3”. Stagger is very important because it can determine the handling of the car. Usually we run 2 1/4” stagger in the front and 2 3/8” in the rear. More stagger can cause the car to become loose when cornering and less stagger can cause the car to be tight when cornering so this is a very crucial measurement that is needed. These measurements are needed every time the car goes out for a session and when it comes in from a session because as the tires are run they get hotter and air pressure builds up which changes the size of the tire. So I am measuring these tires multiple times which can be very time consuming and tedious.

System Diagram My solution to this problem is a device that automatically measures the tire with a wheel when the tire is spun on the stand and the displays the measurement on a LCD screen.

Mechanical Drawing

Block Diagram 9V to 5V Power Supply LM2674 9V to 5V Power Supply LM2674 HCS08SH Chip Optical Encoder LCD Display Push Buttons

Power Supply LM High Efficiency 90% or greater -Step down buck regulator -Input Voltage 8 – 40V -Tested with 9V input measured 4.945V output. -Basically uses battery voltage half the time and stored energy from the inductor the other half.

LM Board

Optical Encoder

Electrical Schematic

Code

Similar Products Longacre $42.95 Joes $72.94

Pricing PartPrice x 1Price x 100 Encoder Wheel12.82 MCS08SH Headers X Switches Resistors.12 Capacitors.24 Roller Stand42.95 Total Total Without Stand

Questions