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Micrometric Chemical Sensor-System (MS2C)
About us
We offer possibilities to run electrical characterization of materials. Using thin film technique we offer also the possibilities to realize electrical contact aimed to facilitate the measurement. If sensing application are targeted, we can offer the whole processing from the material preparation to the sensing experiments. These offers are not only dedicated to research Lab but they remain also valid for the industry to which we can offer preliminary feasibility studies.
Our services
- Service offer for (electrical characterizations [I(V)]; [C(V)]; HALL EFFECT): Research Labs, Industry, Private users ;
- Writing technical report
- Realizing preliminary study
Facilities / Equipments
- Thin film realization
- Unit for electrical characterization : current –voltage [I(V)]; capacitance-voltage [C(V)]
- Bench for electrical characterization under gas
- Hall Effect experiment
Some of our achievements
Current-Voltage [I(V)], Capacitance- Voltage [C(V)], ohmic character, Schottky Diode
Caractérisation courant-tension (I-V) d’une diode Schottky en direct (bleu) et inverse (rouge). De cette courbe on extrait les paramètres comme : la barrière de potentiel, le facteur d’idéalité, le courant de fuite etc.
Optimisation des caractéristiques inverse avec le temps de recuit et la température.
Caractérisation courant-tension d’une structure à base de nanotube de carbone en fonction de la température.
Détermination de la hauteur de barrière et de dopage par mesures C-V.
Caractérisation courant-tension (I-V) d’une diode Schottky en direct (bleu) et inverse (rouge). De cette courbe on extrait les paramètres comme : la barrière de potentiel, le facteur d’idéalité, le courant de fuite etc.
Optimisation des caractéristiques inverse avec le temps de recuit et la température.
Caractérisation courant-tension d’une structure à base de nanotube de carbone en fonction de la température.
Détermination de la hauteur de barrière et de dopage par mesures C-V.
Training
Training: PhD, Permanent staff; organizing visits for student or scholar.
Partnership
Industry, Private (independent), University Laboratories.
Contacts
Scientific leaders
Tel.: +33(0)4 73 40 72 38
Fax: +33(0)4 73 40 73 40
Access to the service
We are in ZRR restricted area, so please inform your partner (Dr. Ndiaye) prior to your visiting day (at least two days before) about the date and the time within which your are present in the laboratory.
Address
Institut Pascal, UMR 6602 UCA/ CNRS/SIGMA,
Campus Universitaire des Cézeaux
4 Avenue Blaise Pascal
TSA 60026 - CS 60026 - 63178
AUBIERE CEDEX, France
Campus Universitaire des Cézeaux
4 Avenue Blaise Pascal
TSA 60026 - CS 60026 - 63178
AUBIERE CEDEX, France
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