Sentence examples for interconnection components from inspiring English sources

Large warpage severely limited by BGA PCB performance leads to reliability issues modes such as crack and delamination between interconnection components.

This work derives from previous MBSE Model-Basedd SystEngineering and MBSA Model Based Safety Analysislysintegrationtion studies, performed during the early phases of the design of safety critical mechatronic systems, including interconnection components and multi-physical interactions.

For microfluidic flow-through hybridization, the COC microchip was interfaced to MainSTREAM microfluidic platform components [ 22] including micropump [ 23], reservoir chip, and outlet interconnection component solutions [ 24].

Indeed, without these loose ties the composition cannot be customized and the interconnection of components cannot vary on demand.

Formally modeling systems helps to analyze the interconnection of components and processes and how the information is processed in the system [34].

We compare our proposal against an architecture exploration technique, connectivity reduction, which finds in compiled application all interconnection network components that are used and removes those which are not, leading to an energy-efficient application-specific instruction-set processor.

This chapter addresses a methodology for the design of the interconnection among components that satisfies the needs for modular and robust design, under the constraints provided by the physical interconnect.

Our results provide a basis for extending the Quantum Hardware Description Language (QHDL) framework for automated quantum network model construction (Tezak et al. in Philos. Trans. R. Soc. A, Math. Phys. Eng. Sci. 370(1979):5270-5290, 2012) to efficiently treat scenarios in which each interconnection of components has an associated signal propagation time delay.

PCBs provide the electrical interconnections between components and are found in virtually all electrical and electronic equipment.

Since many engineering systems are built modularly from interconnections of components, the resulting mathematical models can be arbitrarily complex, which makes their analysis equally challenging.

Nevertheless, the existent devices are difficult to integrate, mainly due to the quantity of electrical interconnections and components required at the sensing places.