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" Design to test : "
John Turino
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BL
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| Record Number
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775934
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b595930
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| Main Entry
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John Turino
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| Title & Author
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Design to test : : a definitive guide for electronic design, manufacture, and service.\ John Turino
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| Publication Statement
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[Place of publication not identified] : Springer, 2013
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| ISBN
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9401160449
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: 9789401160445
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| Contents
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1 Introduction.- How (and Why) Circuits Are Tested.- Key Testability Techniques.- Testability Definitions.- Why Is Testability Important?.- Testability Awareness.- Testability Commitment.- Testability Benefits.- Testability Trends for the Future.- Design-to-Test Overview.- 2 System Level Guidelines.- System Analysis.- System Level Testability Guidelines.- 3 General Digital Circuit Guidelines.- Initialization.- Asynchronous Circuits and One-Shots.- Interfaces.- Built-in Test Diagnostics.- Feedback Loops.- Oscillators and Clocks.- Fan-in and Fan-out Considerations.- Bussed Logic.- Buffers.- Visibility Points.- Partitioning Functions into Logically Separable Units.- Wired OR/AND Functions.- Counters and Shift Registers.- Additional General Digital Board Guidelines.- Guidelines for Programmable Logic Devices.- 4 General Analog Circuit Guidelines.- General Analog Testability Guidelines.- Analog Circuit Elements.- Frequency Considerations.- High-Frequency Analog Circuits 81 Additional General Analog Circuit Guidelines.- Testability Guidelines for Hybrid Circuits.- 5 LSI/VLSI Board Level Guidelines.- LSI/VLSI Board Advantages and Disadvantages.- Partitioning of LSI/VLSI-Based Boards.- Controllability of LSI/VLSI-Based Boards.- Visibility on LSI/VLSI-Based Boards.- Initialization.- Synchronization.- Self-Tests.- Device Standardization.- Summary of LSI/VLSI Board Guidelines.- 6 Merchant Devices on Boards.- General Guidelines Using Merchant Devices.- The 8080A Microprocessor Family.- The 8085A Microprocessor Family.- The 8048 Microprocessor Family.- The 8086 Microprocessor Family.- The 80186 Processor.- The 80286 Processor.- The 80386 Processor.- The Z80 Microprocessor Family.- The Z8000 Microprocessor Family.- The 6800 Microprocessor Family.- The 2901 Microprocessor Family.- The 68000 Processor Family.- The 68020 Processor.- The 68030 Processor.- The 88000 RISC Processor Family.- The 320C2x DSP Device Family.- Merchant Semiconductor Use Guidelines Summary.- 7 LSI/VLSI ASIC Level Techniques.- Level Sensitive Scan Design (LSSD).- Scan Path.- Scan/Set Logic.- Random Access Scan 169 Built-in Logic Block Observation (BILBO).- Signature Analysis.- Reduced Intrusion Scan Path (RISP).- Using Device Scan Paths for Board Level Testing.- Cross Check Technology Embedded Testability.- 8 Boundary Scan.- Board Test Problems as a Basis for Boundary Scan.- Boundary Scan Description.- Test Access Port Description.- Boundary Scan TAP Interconnection and Operation.- Types of Tests Using Boundary Scan.- Boundary Scan Cell Designs.- 9 Built-in Test (BIT) Approaches.- BIT Implementation Requirements.- BIT Access Bus Alternatives.- Chip Level BIT Implementations.- Dual-Port BIT Bus Implementations.- Built-in Test and Human Interactions.- Real-Time On-line Monitoring.- 10 Testability Busses.- The Proposed IEEE Standard Testability Bus.- Testability Busses and LSSD.- Testability Busses and Boundary Scan.- Testability Busses and Scan/Set.- TM and E-TM Testability Busses.- Testability Busses and the TAP.- Real-Time Testability Busses and Multiplexing.- Combination Serial/Real-Time Testability Bus.- Analog Testability Bus Implementation.- Testability Bus Configuration Options.- Testability Busses and ATE.- 11 Mechanical Guidelines.- Overall Test Philosophy.- Accessibility.- Connectors.- Board Layout Guidelines.- Adjustments.- Other Physical Guidelines.- 12 Surface Mount Technology Guidelines.- Mechanical Guidelines for SMT Board Design.- Electrical Guidelines for SMT Board Design.- 13 Software Guidelines.- Hardware Design Factors Required for Software Testability.- General Software Design Guidelines.- Specific Guidelines for Test Control.- Specific Guidelines for Test Modules.- Specific Guidelines for System Level Diagnostics.- Memory Tests.- Specific Guidelines for LRU Testing.- Test Software Development Plans.- 14 Testability Documentation.- Test Software Documentation.- Hardware Documentation.- 15 Implementation Guidelines.- Testability Program Flow.- Design Reviews.- Digital T-Score Rating System and Checklists.- 16 Test Techniques and Strategies.- Production Test Flows.- Cable, Backplane, and Bare Board Continuity Testing.- Loaded Board Opens and Shorts Testing.- In-Circuit Inspection Board Testing.- Manufacturing Defects Testing.- Digital Functional Testing.- Analog PCB Test Equipment.- Combinational Testers.- Choosing a Test Strategy.- Appendix A Testability Checklists.- Appendix B Digital T-Score Rating System.
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| LC Classification
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TK7874.J646 2013
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| Added Entry
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John Turino
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