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CORDIS - Wyniki badań wspieranych przez UE
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Zawartość zarchiwizowana w dniu 2024-05-24

Microcalorimeter Type EDX System Assessment

Cel

CSP has developed a high resolution, superconducting EDX spectrometer as well as a mechanical, low temperature cooling system. The detector reaches an approximately ten times better energy resolution than conventional EDX. The cooling system allows reaching temperatures of 40mK, its operation is vibration free and can be completely automated. These features and the complete fluid gas free cooling system allow applications on SEMs in cleanroom environments, e.g. on Defect Review Stations. The superior performance makes the detector most suitable for small structure and particle analysis required in IC industry when feature sizes are shrinking as well as for light element analyses. That detector type has an enormous future potential. A participation in the assessment program would support an European equipment manufacturer to take a leading role in an emerging technology and would contribute to the creation of new high tech jobs.

Objectives:
Objectives are to demonstrate the equipment's capability to perform in a long term reliably in an industrial environment and to evaluate its enhanced capabilities for 0.18/0.15 µm applications and interconnect technology. Due to a superior performance compared to state of the art, the system will offer new solutions in surface analysis. Thus, it will be an issue to demonstrate how the system may contribute to shorter process development times and make quality control more efficient. The natural place for the system is failure analysis labs. Since currently small surface feature sizes are analysed with expensive and time intensive methods, it is an objective to evaluate the cost savings when microcalorimeter EDX is employed as well as other parameters related to economy, reliability, user friendliness and equipment effectiveness. It is another objective to demonstrate that the cooling system can run vibration free on FEGs and that its operation can be fully automated. These properties in addition with the mechanical cooling system which needs no fluid gases, allow the use in a production cleanroom environment, for which a concept for this inline application of the analytical equipment is developed.

Work description:
During the first 3 months phase the final target specifications will be determined and the initial equipment specifications demonstrated. In a second 4 months period the equipment will be assessed by running samples, which are difficult or impossible to be analysed with conventional EDX. These samples will be related to 0.18/0.15 µm, copper/interconnect and back end technology. The results will be compared to results obtained with other techniques. During that time period, parameters like reliability, productivity and repeatability will be evaluated. Beyond that, the instruments capability for future applications in process development and quality assurance routines will be evaluated and potential savings in time and cost estimated. Users are encouraged to propose product modifications, which may position the product even higher in the market. Additionally, CSP will implement some product improvements during an improvement period, followed by another performance assessment. In particular, a poly-capillary lenses system will be installed in order to improve count rates. Over the whole project, CSP and the users will disseminate results in the scope of regular and dedicated marketing activities. A final report and a work shop for potential future users will terminate the project.

Milestones:
After one month a report on the agreed assessment specifications and suitable metrics for the measurement of progress and performance will be submitted. After 3 months a report on the basic equipment specifications such as cool down times of the sensor, its temperature stability and vibration free operation will be prepared. After month 7 a report about on the preliminary results on equipment performance, reliability and potential to increase productivity including recommendation for improvements will be submitted. In the final report after 12 months the results for the optimised system will be summarised.

Dziedzina nauki (EuroSciVoc)

Klasyfikacja projektów w serwisie CORDIS opiera się na wielojęzycznej taksonomii EuroSciVoc, obejmującej wszystkie dziedziny nauki, w oparciu o półautomatyczny proces bazujący na technikach przetwarzania języka naturalnego. Więcej informacji: Europejski Słownik Naukowy.

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Program(-y)

Wieloletnie programy finansowania, które określają priorytety Unii Europejskiej w obszarach badań naukowych i innowacji.

Temat(-y)

Zaproszenia do składania wniosków dzielą się na tematy. Każdy temat określa wybrany obszar lub wybrane zagadnienie, których powinny dotyczyć wnioski składane przez wnioskodawców. Opis tematu obejmuje jego szczegółowy zakres i oczekiwane oddziaływanie finansowanego projektu.

Zaproszenie do składania wniosków

Procedura zapraszania wnioskodawców do składania wniosków projektowych w celu uzyskania finansowania ze środków Unii Europejskiej.

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System finansowania

Program finansowania (lub „rodzaj działania”) realizowany w ramach programu o wspólnych cechach. Określa zakres finansowania, stawkę zwrotu kosztów, szczegółowe kryteria oceny kwalifikowalności kosztów w celu ich finansowania oraz stosowanie uproszczonych form rozliczania kosztów, takich jak rozliczanie ryczałtowe.

ACM - Preparatory, accompanying and support measures

Koordynator

INFINEON TECHNOLOGIES AG
Wkład UE
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Adres
ST. MARTIN STRASSE 53
81609 MUENCHEN
Niemcy

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Koszt całkowity

Ogół kosztów poniesionych przez organizację w związku z uczestnictwem w projekcie. Obejmuje koszty bezpośrednie i pośrednie. Kwota stanowi część całkowitego budżetu projektu.

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