JTAG  
View Leadership Video
New to JTAG/Boundary Scan?

PRODUCTS

BSDL Services:
BSDL Validation Service
DFT Products:
DFT Analyzer™
ScanWorks®
Boundary-Scan Products:

Interconnect Development Station
Interconnect Repair Station
Test Development Station
Diagnostic & Repair Station
Manufacturing Station
Programming Stations
IEEE 1149.6
Emergency License Tokens
Hardware Overview

IBIST Products:
ScanWorks® Intel® IBIST
Emulation Products:
MicroMaster
ICT Products:
ScanWorks® for Agilent's Medalist ICT
Technology:
Test Automation
System-Level JTAG


FREE RESOURCES & VIDEOS

Free Resources & Videos

 

TRAINING

ASSET ScanWorks Training Classes

 

SUCCESS STORIES

View all our Success Stories

 

 

ScanWorks® JTAG Interconnect Development Station Bundle

Diagnosing Defects

Finding defects is only half the battle. You must also be able to isolate the defect to be able to fix it and return the PCB to the manufacturing process. A ScanWorks Interconnect development Station includes several features that help isolate defects, including pin level diagnostic reports and a test results windows that can display test results vector by vector. Additional diagnostic capabilities are available as options. Graphical Fault Highlighting adds the ability to link fault reports to a graphical view of the board layout or schematic to help pinpoint the likely location of a defect. The Debugger and Scan Analyzer interactively control scan operations at the level of a boundary-scan cell or register. These features can also create a waveform view of the test results.

Interconnect Development Station Tests

Scan Path Verification Tests

Scan path verification tests are very important to effective boundary-scan testing. Before any test is applied, you should always verify that the scan path is working correctly. Scan path verification tests are created automatically by the scan path discovery tool or by a single button click in the scan path verify dialog. The test developer is presented with several options so that the test can be configured for a specific application.

To avoid placing devices in a test mode with unknown values on the devices’ outputs, scan path verification tests begin with scans of the data register only. Once the basic data path is confirmed, the instruction register is tested and scans are performed to verify the length of the boundary register. The developer has several options to set alternative values for the device ID codes or user codes.

Previous : Next                   Page 4 of 8          Back to Page 1

Free Hit Counter Code