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Center for Integrated Microsystems and Components

DATA ABOUT RESPONDENT

Full name
Mr Goran Stojanović
Name of your institution
University of Novi Sad - Faculty of Technical Sciences
Institutions’s country
Serbia
Institution’s address
Trg Dositeja Obradovica 6, 21 000 Novi Sad, Serbia
Are you responsible on behalf of the institution
Yes
Your position in the institution
  • Research Infrastructure Manager (administrative)
Your telephone number
+381 21 4852552
Your email address
sgoran@uns.ac.rs
Institution's website address
http://www.cimc.rs/

GENERAL INFORMATION ABOUT RESEARCH INFRASTRUCTURE OR IMPORTANT RESEARCH EQUIPMENT

Research infrastrcture website
http://www.cimc.rs/
Organisation / institution type of RI
  • University/Higher education
  • Other: European

Main scientificdomain: Material Sciences and Nanotechnologies

Category: Micro- and nanotechnology facilities

Other scientific and technological domains served by RI
  • Energy
  • Physics and Astronomy
  • Material Sciences, Chemistry and Nanotechnologies
RI type
  • Single-sited
Short description

Faculty of Technical Sciences at the University of Novi Sad is active in the field of micro and nano-electronic materials characterization for more than a decade. Research infrastructure, which presently exists at Center for Integrated Microsystems and components, covers all its major research directions.

It is a research institution, supported mostly by public partnership, of, as stated, European importance. The goal to be reached is to become a regional leader in the field of different characterization techniques of micro- and nano electronic materials.

OPERATION AND UPGRADE OF RESEARCH INFRASTRUCTURE AND OR IMPORTANT RESEARCH EQUIPMENT

Years in operation
  • More than 25 years
Comment on cooperation
In order to establish and strengthen collaboration with centres of excellence or laboratories, collaboration through FP7 (REGPOT1), EUREKA, SEE-ERA.NET project are mentioned as possible ways of realization. Also, need for additional assistance in establishing partnerships with potential EU and regional partners has been indicated. Currently, Austria, Slovenia, Poland, France, Italy are identified as main cooperation partners. Slovakia, Romania are the next countries in line the institution intends to establish cooperation. Knowledge and technology transfer through organization of appealing trainings, workshops and conferences are main ways of carrying out the international cooperation. Among existing agreements and contracts, the following are listed: bilateral with France, multilateral with Austria, Slovenia, Poland.

STAFF, INTERNAL USERS AND EXTERNAL USERS

Short description of access policy and procedures for users of this research infrastructure
Its research infrastructure is open towards external users, which is enabled through bilateral cooperation, e.g. with France or multilateral cooperation, with Austria, Slovenia, Poland. Next, no specific requirements, or limitations for researchers from EU, WBC and third countries when scientific collaboration (short and long term) is concerned are foreseen. As for the access policy, open access to our equipment in the filed of characterization of different types of electronic materials is enabled. There are no differences to access to different groups of researchers.

FINANCE

Main sources of funding for setting up RI or important equipment
  • National public funding
  • National public-private funding
  • Multinational/international public funding
  • Multinational/international public-private funding
  • Private funding
Main sources of funding for operational costs
  • National public funding
  • National public-private funding
  • Multinational/international public funding
  • Multinational/international public-private funding
  • Private funding

SCIENTIFIC IMPACT

RESEARCH SERVICES PROVIDED TO USERS AND RESEARCHERS

Research services provided to users and researchers
Some of the specific pieces of equipment are presented below: N5230A Agilent PNA-L Network Analyzer, 10MHz-50GHz E5071B Agilent Vector Network Analyzer, 300 kHz - 8.5 GHz N4693A 2-port MW Electronic Calibration Module, 2.4mm RF/Microwave Wafer Probe Station, PM5, SUSS Signatone DC Wafer Probe Station HP 4194A Impedance/Phase Gain Analyzer, 100Hz - 40MHz HP 4277 A LCZ Meter to 1 MHz HMS-3000, Hall effect measurement system HP 1650 A Logic Analyzer 16901A 2-slot Modular Logic Analyze 16911A 68-Channel 4 GHz Timing/250 MHz State Logic Analysis Module 16720A 300 M Vector/Sec Pattern Generator Module Tektronix 576 Curve Tracer HP 3652 Dynamic Signal Analyzer HP 54110D Color 1 GHz Digital Oscilloscope HP 3314A Programmable Function Generator HP 81519A Optical Receiver DC - 400 MHz E6000 Agilent Mini-OTDR HP 3478A Digital Multimeter ERSA SMT Station ESS 8000 Keithley 103A Nanovolt Amplifier 23. Agilent 82357A USB/GPIB Interface

Entry created by Elke Dall on February 17, 2010
Modified on October 24, 2012