Author :
Phommahaxay, Alain ; Verbinnen, Greet ; Suhard, Samuel ; Bex, Pieter ; Pancken, Joris ; Lismont, Mark ; Van den Eede, Axel ; Jourdain, Anne ; Woitke, Tobias ; Bisson, Peter ; Spiess, Walter ; Swinnen, Bart ; Beyer, Gerald ; Miller, Andy ; Beyne, Eric
Abstract :
Among the technological developments pushed by the emergence of 3D-ICs, wafer thinning has become a key element in device processing over the past years. As volume increases, defects in the overall thinning process flow will become a major element of focus in the future. Indeed product wafers arriving at this point of process are of maximum value. Fundamental understanding of the potential defects and their impact on devices is therefore needed to minimize their recurrence.
Keywords :
adhesive bonding; integrated circuit bonding; three-dimensional integrated circuits; wafer bonding; 3D-IC; adhesive application; product wafers; substrate thinning; systematic defect track down; temporary wafer bonding defect impact assessment; thinning process flow; wafer thinning; Bonding; Coatings; Inspection; Optical films; Silicon; Solvents; Wafer bonding;