Digital Sound Projection ECE 477 Group 6  Reliability and Safety Analysis Steve Anderson Mike Goldfarb Shao-Fu Shih Josh Smith.

Slides:



Advertisements
Similar presentations
Reliability and Safety Analysis Team 12: Android Street Car Zongyang Zhu.
Advertisements

ECE 477 Design Review Team 6  Spring 2010 Shao-Fu ShihSteve AndersonMike Goldfarb Josh Smith.
ECE 477 Final Presentation Team 6  Spring 2010 Digital Sound Projection.
Josh Piron, Jacob Pfister, Kevin Templar, Mike Phillips Group Nine Reliability and Safety Analysis DART.
Real time DSP Professors: Eng. Julian Bruno Eng. Mariano Llamedo Soria.
Reliability & Safety Jason Holmes Matt Wickesberg Matt Guenette Michael Piercy.
Team 01 : QuadSquad Safety and Reliability Andrew Boldt 11/6/2013 the ECE quadcopter senior design Purdue University1.
ECE 477 Design Review Team 7  Spring 2007 Joe Land Ben Fogle James O’Carroll Elizabeth Strehlow.
Kian Hui Wong Chia Siong Goh Wan Qi Choo Jun Jun Peh Presenter: Kian Hui Wong.
Presenter: Wan Qi Choo.  A music synthesizer that uses the 8x8 grid of 64 buttons as its user interface to produce sound and emit light.  3 music playing.
ECE 477 Group 3 The Gauntlet George Hadley Kelli Hacker Sean Ma Jacob Champion.
Team 3 Humphrey's Treasure Chest Roy Scheck Tony Leichty Charles Lan Steve Kingsley.
Group 11. CriticalityFailure EffectMax Probability HighInjury to user may occur. LowLoss of some or all functions of the device. Customer dissatisfaction.
Digital Sound Projection ECE 477 Group 6 Patent Liability Steve Anderson Mike Goldfarb Shao-Fu Shih Josh Smith.
TCSP – Reliability and Safety. Reliability Analysis Major component chosen for analysis:Major component chosen for analysis: Switching Regulators (LM2679SD-5.0,
FLAC Audio Player An ability to decode files stored in the FLAC format. An ability to select files stored on the device. An ability to display visualization.
Solar Telematics System
Team 9 - Scribacious Rabble Safety and Reliability Analysis Mitchell Erdbruegger (presenting) Paul Rosswurm William Hess Ben Kobin.
Samuel Oshin.  Interfaces Atom  Touch-screen  Hard drive  Wireless card  Microcontroller  Microphone Microcontroller  NFC Transceiver  LCD  Pressure.
ECE 477 Design Review Team 5  Spring 2010 Fred Grandlienard Andrew Gregor Kevin Mohr Ryan DeFord.
ALEX BUSCHKOETTER ALEX GLENN KIMBERLY SOONG PETRA MUSTAFA Group 4: 3MS.
Computing system Lesson Objective: Understand what is meant by a ‘computer system’ Learning Outcome: Define the key words and give a brief explanation.
FLAC Audio Player Brett Mravec with Isaac Jones Greg McCoy Danielle Miller Team 9.
Nick Kwolek Martin Pendergast Stephen Edwards David Duemler.
The “Drink Mixer” Design Constraints. Project Success Criteria An ability to digitally mix audio and adjust individual levels An ability to digitally.
The “Drink Mixer” Reliability and SafetyAnalysis.
The “Drink Mixer” Hardware Design. Hardware Microcontrollers Hammer ARM9 x1 DSP ADSP x1 Interface ATMEGA32A x10 I2C Interface.
Senior Design 2012 Tom Blanford Eric Nolan Michael Sizemore Sara Taylor Mark Wurzelbacher University of Notre Dame.
Team 2 Electricivic Ben Dannan Mark Snyder Matt Klutzke Mike Mitchell 1.
ECE 477 DESIGN REVIEW TEAM 14  SPRING Project Overview  Target Audience: Amateur Musicians  Obtain a “Guitar Tab” format of music  View Tabs.
Μ [sic] design constraints wesley :: chris :: dave :: josh.
Home Enhancement Suite Presenter: Allen Humphreys William Bouchonnet, Daniel Sabo, Nathan Irvin.
Josh Marchi, Jeff King, Paul Rosenberger, Dan Chambers – RM&S Analysis–
Team 6. Guitar Audio Amplifier Audio Codec DSP Wireless Adapter Motor Array PC LCD Display LED Arrays Pushbutton or RPG Input Device
Amey Rane Madhur Srivastava Tejas Pandit Varun Sivakumar.
Presented by Jun Yao Dummy Arm Team 4 Chuan He Yuntian Lu Wudi Zhou Jun Yao.
DOODLE DRIVE Presenter: Peachanok Lertkajornkitti Team 6 Reliability and Safety Analysis.
Digital Sound Projection ECE 477 Group 6 Design Constraint Analysis Steve Anderson Mike Goldfarb Shao-Fu Shih Josh Smith.
Digital Sound Projection ECE 477 Group 6 Software Narrative Steve Anderson Mike Goldfarb Shao-Fu Shih Josh Smith.
ECE ILLINOIS Ricardo Carrera, Anthony DiMonte
ANTI-COLLISON AND BRAKING SYSTEM
ECE 477 Design Review Team 12  Spring 2007
Autonomous Rescue Vehicle (Team 10)
Reliability and Safety Analysis
WALL DETECTOR ROBOT VEHICLE
ECE 477 Group 11 RevGeo Multipurpose Puzzle Box
IOT Product Diagrams and Specifications
D.H.S. Digijock Home Security
Digital to Analog Converters
Chapter 1 Introduction to Digital Signal Processing
ECE 477 Final Presentation Team 8 Spring 2013
Digital Control Systems Waseem Gulsher
ECE 477 Digital Systems Senior Design Project  Fall 2008
CRITICAL design review: Nixie tube clock
Safety and Reliability
Reliability & Safety Analysis
Digital Sound Projection (DSP) ECE 477 Group 6
μ[sic] preliminary schematic
Team 3 Humphrey's Treasure Chest Design Constraint Analysis
Ryan McLean John-Michael Mulesa Joe Perrin Zach Schoenberger
Reliability and Safety Analysis
Matt Baker Laura Kassovic Corey Zahner Jason Eaton
ВОМР Подмярка 19.2 Възможности за финансиране
Споразумение за партньорство
The Two Wheel Deal Group 12 Greg Eakins Eric Geier Pete Dudash
Safety Analysis Ian Bacon Zach Dicklin Amy Ritter Eric Yee.
Reliability & Safety Analysis
ECE 477 DESIGN REVIEW TEAM 14  SPRING 2010
Team 2: Bluetooth Mass Storage Device
Phased Speaker Array : Phase of Our Lives
Presentation transcript:

Digital Sound Projection ECE 477 Group 6  Reliability and Safety Analysis Steve Anderson Mike Goldfarb Shao-Fu Shih Josh Smith

Criticality Levels High:Possible to physical harm the user Overheating Power shortage Medium: Make the Digital Sound Projection malfunctioning Damaged IC LCD display failure Low: affect the overall performance of Digital Sound Projection Noisy power supply Input clipping 12/27/2018 ECE477 Group 6

Component Chosen ADSP-21262 (SHARC DSP) πT = 0.63 P = .484 ATmega168 (UI microcontroller) πT = 0.014 P = .0.0374 PCM4202 (24-bit ADC) πT = 0.431 P = .0950 PCM1792A (24-bit DAC) πT = 0.293 P = .0494 12/27/2018 ECE477 Group 6

FEMCA 12/27/2018 ECE477 Group 6

FEMCA 12/27/2018 ECE477 Group 6

FEMCA 12/27/2018 ECE477 Group 6