251 results on '"Packaging Density"'
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102. Thin IC packages may be anorexic
103. Thomson 3-D modules ready for prime time
104. DTAB mounts speed and power threat
105. Making a case for the proper socket
106. Design tools go the grid-array way
107. Turning down the heat
108. Microprocessors Join Peripheral functions On-Chip
109. PCB CAD Systems Tackle Surface Mount
110. Dense Programmable Logic Takes Aim at Semicustom Devices
111. Packaging of SAW Devices
112. VLSI in Japan: The Big Leap Forward, 1980-1981
113. The Use of Barium Titanate Substrates in the Fabrication of Thick Film Hybrid Microcircuits
114. Tab Bonding a 200 Lead Die
115. Low-Cost, High-Density Memory Packaging: A 64K X 9 DRAM SIP Module
116. High Density Cofired Multilayer Ceramic Boards: Performance, Productivity and Cost Vs. Multilayer Thick Film Systems
117. The Design and Characterization of the Circuit Performance of a Thick Film Hybrid for High Speed Computer Applications
118. Parameters Affecting the Incidence of Pad Bridging in Surface Mounted Device Attachment
119. Air and Nitrogen-Fireable Multilayer Systems: Materials and Performance Characteristics
120. Automated Assembly of Hybrids Using High Density Chip Carriers
121. A Miniature Chip Carrier for Microcircuit Applications
122. Design Automation: Lessons of the Past, Challenges for the Future
123. BGA: the package of choice
124. Integration picks up momentum
125. Packaging paths diverge
126. Plastic leads IEDM talks
127. One brainy chip
128. MMS will try diamond as MCM substrate
129. Big applications need multiprocessing
130. IBM moves to array packages, fine lines
131. MCMs help lower costs
132. Actel pushes FPGAs with 4k-gate A1240
133. Circuit boards keep getting denser
134. Pursuing 3-D packages
135. A dynamic move to catch SRAM
136. The main event
137. Venture to help designers test chips; $100 million partnership at Los Alamos lab will develop advanced software
138. Future memories of wafer-scale integration
139. Inside Texas Instruments' 386SX notebook computer
140. Processor cores allow more ASIC-based systems integration
141. Design tools must keep pace with ASIC fab technology
142. PLDs quicken time-to-market
143. Programmable logic is in!
144. AMCC claims fastest BiCMOS arrays
145. Darpa seeks foundry for multichip modules
146. Giant leap for chips? Apollo-like push sought for semiconductors
147. Managing the VLSI Explosion with Silicon Compilation
148. Modular Packaging Points to Denser Systems
149. Thermal Analysis Package Rapidly Assesses Heat Characteristics of Designs
150. SMDs Make Bipolar Quick and Quiet
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