1. Mixed-Signal Option for the Teradyne Integra J750 Test System
Group:May08-12
Emily Evers
Vincent Tai

2. Team Leader: Emily Evers
Communications Coordinator: Vincent Tai
Advisor: Dr. Weber
Client: ECpE Department

3. Requirement Specification
Problem Statement
Concept Sketch
System Block Diagram
System Description
User Interface Description
Research
Requirements
Deliverables

4. Problem Statement
The Teradyne system has been updated to allow for analog circuits to be tested. Although the tester is capable of testing analog circuits, there is no easy to use documentation and test procedures for the mixed-signal option.

5. Concept Sketch Daughterboard Socket Converter Teradyne J750
IG-XL Software

6. System Block Diagram Devices Mapping of DIB and Dautgherboard
IX-GL Software
Testing
Documentation

7. System Description Devices Mapping Analog-to-Digital Converters
Digital-to-Analog Converters
High Speed Op Amp
Mapping
Device Interface Board (DIB)
Connects daughter board to tester via pogo pins
Daughter Board
Connects device to DIB

8. System Description IX-GL Software Testing Documentation Test Plan
Pin and Channel Map
AC and DC Specs
Timing
Pattern
Testing
Documentation

9. Users Electrical and Computer Engineering Faculty
Graduate Students interested in IC testing
Students in EE 418

10. User Interface Description
IG-XL Software

11. Market and Literary Research
Previous Groups Work
Previous Cookbooks
Current Documentation of Project Progress
Website
Teradyne Lab Materials
Digital Lab Books
Mixed-Signal Option Lab Books
Teradyne Website

12. Risks and Risk Management
Risk: New Program maybe hard to learn
Risk Management: Read Teradyne Manuals and Previous
Risk: Limited team members
Risk Management: Time Management

13. Functional Requirements
The cookbook will be written so that a new user can understand
The testing instructions will cover five different devices
Two Analog-to-Digital converters
Two Digital-to-Analog converters
High Speed Op-amp
Only one device will be tested at a time
A test program will be created for the devices using IG-XL and will allow for easy manipulation for similar devices
Upon successful testing and mating of the devices a cookbook will be made to allow future users to test these devices
The project will be easy to trouble shoot using proper documentation

14. Non-functional Requirements
The room environment needs to be kept at a consistent temperature of 30°C ± 3°
Electrostatic discharge wrist bands must be worn when using the tester
Access is limited to the lab

15. Deliverables DIB and Daughterboard Mapping
Functioning IG-XL code for each device
Completed testing for all devices
Documentation for all devices

16. Deliverables Weekly Reports Website Project Plan Design Plan
Final Report

17. Project Plan Work Breakdown Structure Resource Requirements
Project Schedule

18. Work Breakdown Structure
Review Status
Look over previous groups work
Read Teradyne training manuals
External Mapping
DIB mapping
Daughterboard mapping

19. Work Breakdown Structure
Create Test Plan
Use IG-XL software
Run Tests Successfully
Write Cookbook

20. Resource Requirements
Time Requirements
Review Status
IC Interface
Test Plan Development
Testing
Documentation
Reporting
Total Hours
Evers, Emily 30 50
100 75 60 40
355
Tai, Vincent
Total
200
150
120 80
710
Financial Requirements
Item
Cost
Materials
Poster
$35.00
Daughterboard
TBA
Subtotal
Labor ($10.00/hour)
Emily Evers $
Vincent Tai $
Total

21. Project Schedule

22. Thank You
Questions?