Search results for "Electronic packaging"

showing 2 items of 2 documents

Towards roll-to-roll fabrication of electronics, optics and optoelectronics for smart and intelligent packaging

2004

Embedding of optoelectrical, optical, and electrical functionalities into low-cost products like packages and printed matter can be used to increase their information content. These functionalities make also possible the realization of new type of entertaining, impressive or guiding effects on the product packages and printed matter. For these purposes, components like displays, photodetectors, light sources, solar cells, battery elements, diffractive optical elements, lightguides, electrical conductors, resistors, transistors, switching elements etc. and their integration to functional modules are required. Additionally, the price of the components for low-end products has to be in cent sc…

Engineeringgravure printingbusiness.industryElectronic packagingroll to roll imprintingIntelligent packaginglaw.inventionRoll-to-roll processingOpticsdigital printinglawPrinted electronicsScreen printingOptoelectronicsDigital printingPICOElectronicsResistorroll-to-rollbusinessEmbossing
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Modelling glow curves of thermoluminescent radiometric devices

2017

Thermoluminescent (TLD) radiation dosimeters enjoy wide usage due to low cost and simplicity of use. They however require complex device modelling in order to extract the measured dose. A new glow peak model and fit method are presented, that offer a more robust fit to the glow-curves and allows operators to enter visually inspectable parameters (rather than physical quantities difficult to estimate from the visual inspection of the glow curves themselves). Fits performed on the GLOCANIN-challenge's RefGlow-002 and RefGlow-009 [2] are presented, highlighting the good performance of the GEMINI C++ code written.

Read-only memoryOpticsDosimeterbusiness.industryComputer sciencelawElectronic packagingThermoluminescent dosimeterIntegrated circuitbusinessThermoluminescencePhysical quantitylaw.invention2017 IEEE 23rd International Symposium for Design and Technology in Electronic Packaging (SIITME)
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