http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
Electronic Device Failure Analysis Society
1 online resource (xi, 705 pages) : illustrations (some color)
Intro; 01_Overview of Wafer-level Electrical Failure_Pai inputs_addressed; 03_EDFAS Desk Reference Paper -- Susan Li -- 8-5-2019 -- Final; 04_Non-destructive Techniques for Advanced Board Level Failure Analysis; 05_EDFAS Desk Refrence -- FA Lab management article-final; 06_07A Optical Microscopy for Desk Reference 2010_corrected; 07_X-ray imaging tools for electronic device failure analysis_CSFinal_V4; 08_!PUB-2019_EDFAS_SAM_Update_Final-20190731; Acoustic Microscopy of Semiconductor Packages; Cheryl D. Hartfield; Carl Zeiss SMT Incorporated, Pleasanton, CA, USA; cheryl.hartfield@zeiss.com
Thomas M. MooreWaviks Incorporated, Dallas, TX, USA; tom.moore@waviks.com; Sebastian Brand; Fraunhofer IMWS, Halle, Germany; sebastian.brand@imws.fraunhofer.de; Introduction; History; The C-scan; The Stanford SAM; Today's SAM for IC Package Inspection; Early SAM Applications in the IC Industry; An Important Tool for Popcorn Crack Detection; Theoretical Considerations; Overview: Acoustic Microscopy for IC Package Inspection; Types of Reflected Signal Analysis Modes:; Polarity Analysis of Reflected Signals; Time of Flight Imaging Using Reflected Signals; Resolution and Sensitivity of SAM Inspection
Transducer SelectionContrast mechanisms in acoustic imaging; Focusing of acoustic waves; Practical Applications of Conventional SAM; Plastic Package Inspection; Inspection of Packages Having High Velocity Substrates; Strategies for Inspection of Packages Having Thin Layers; Imaging Flip Chip Devices; Complementary Nondestructive Techniques; Current Challenges and New Developments; Stacked Die Packages and Increasing 3D Structures; Signal Analysis in Acoustic Microscopy for Enhanced Defect Detection Capabilities; Spectral Analysis and Split-Spectrum Imaging (SSP); Automated Bump Inspection
Crack Detection by Multimode and Shear-Wave ImagingExtending Package Inspection Capability with Acoustic Ghz-Microscopy: Potential, Application and Challenges; GHz-SAM Imaging of Wirebond Interfaces and Bond Pads; GHz-SAM for the Inspection of Bonding Interfaces in Wafer Bonding; GHz-SAM Inspection for Void Formation in Metallization Lines for Automotive Applications; Inspection of TSVs Using Acoustic GHz-Microscopy; Photo-acoustic GHz-microscopy: an emerging technique?; Summary; Author Contributions; References; 09_04C Srikanth_Keim_Eide__Diagnosis; 010_aorozco-edfas-deskref-7th-ed-v16
011_TDR_EOTPR_TDT_desk_reference_ASM_r4012_Frontsidefinal_9-3-2019; 013_Backside Preparation and Optics Revision4; 014_Corrected Photon emission article (1); 015_Beam fault isolation corrected; 016_Desk Ref_7thEdition_ Thermal detection_V7_new title_rev1; 017_Desk Ref_7thEdition_3DLIT_V6.1; 018_LADA_SDL_Desk_Reference_Final_Final; 019_Laser Voltage Probing Article -; 020_EDFAS_CAD_Navigation_Principles_7th-Ed; 021_05C MDR_Rosenkranz; 022_EDFAS. Transistor Characterization(Final)_8_30; 023_Fundamentals_Nanoprobe_Final; 024_Silicon Device
"An ASM materials solutions publication."
"EDFAS, Electronic Device Failure Analysis Society, ASM International."
Includes bibliographical references and indexes.
Materials Park, Ohio : ASM International, 2019