microsystems sabanciuniv.edu

Sabanci University MicroSystems Design Group-

Biosensor for CancerDisease Detection. One of our main research is based on biological applications. We are working on detection and early diagnosis of cancer. This is label-free and available for point-of-care applications. For design and simulation purposes we have multiple servers. This results in more work in less time. In addition to that, we have extensive measurement setups for different measurements. From kHz range to 10s of GHz. Biosensor Design and Test. RFIC design and Test. SU-ROIC group sig.

OVERVIEW

This domain microsystems.sabanciuniv.edu presently has a traffic ranking of zero (the smaller the more users). We have probed two pages within the web site microsystems.sabanciuniv.edu and found twenty-one websites referring to microsystems.sabanciuniv.edu.
Pages Analyzed
2
Links to this site
21

MICROSYSTEMS.SABANCIUNIV.EDU RANKINGS

This domain microsystems.sabanciuniv.edu is seeing varying amounts of traffic all through the year.
Traffic for microsystems.sabanciuniv.edu

Date Range

1 week
1 month
3 months
This Year
Last Year
All time
Traffic ranking (by month) for microsystems.sabanciuniv.edu

Date Range

All time
This Year
Last Year
Traffic ranking by day of the week for microsystems.sabanciuniv.edu

Date Range

All time
This Year
Last Year
Last Month

LINKS TO WEB PAGE

Omer-Ceylan Personal web site of Omer Ceylan.

Personal web site of Omer Ceylan. Analog -Mixed Mode Integrated Circuits. Low Power Integrated Circuit Design. Infrared and CMOS Imaging Systems. Faculty of Engineering and Natural Sciences, Sabancı University, Istanbul, Turkey.

Sabanci University RFIC Group-

One of our main research is based on biological applications. We are working on detection and transmission of cancer-markers with RF front-end circuits, VCOs and PAs. RFIC research covers several designs for ISM Band; WiMAX, WLAN and several applications. Can Caliskan joined the lab as an MSc.

Sabanci University Readout Integrated Circuit Design Group

72x4 ROIC for MCT detector is designed and measured in Sabanci University. 8V output range with 5 MHz clock frequency. Operating temperature of designed chip is 77K. Current Memory Based ROIC for MCT detector. Novel current memory based ROIC is designed for MCT detector to work on cryogenic temperatures. This current memory based architecture brings low power and low area with high linearity. It has 1MHz clock frequency and 3.

Electronics Engineering

The mission of Electronics Engineering at Sabancı University is to educate self-confident, initiative-taking graduates with the advanced technical knowledge and background to make a difference in competitive environments and continuously improve their technical competence, and as intellectuals who are open to learning, faithful to ethical values, and fluent in both Turkish and English.

Microelectronics Workshop

Microelectronics Technology, Circuits, and Systems for Space Applications Workshop. We are organizing our 3rd Microelectronics Workshop that focuses on microelectronics, from technology to circuits and systems perspective, and its applications on sensing and processing electronic systems for space applications.

WHAT DOES MICROSYSTEMS.SABANCIUNIV.EDU LOOK LIKE?

Desktop Screenshot of microsystems.sabanciuniv.edu Mobile Screenshot of microsystems.sabanciuniv.edu Tablet Screenshot of microsystems.sabanciuniv.edu

MICROSYSTEMS.SABANCIUNIV.EDU HOST

We found that the main page on microsystems.sabanciuniv.edu took zero milliseconds to stream. I could not observe a SSL certificate, so in conclusion I consider this site not secure.
Load time
0 seconds
SSL
NOT SECURE
Internet Address
193.255.135.65

SERVER OPERATING SYSTEM

I observed that microsystems.sabanciuniv.edu is weilding the Apache server.

PAGE TITLE

Sabanci University MicroSystems Design Group-

DESCRIPTION

Biosensor for CancerDisease Detection. One of our main research is based on biological applications. We are working on detection and early diagnosis of cancer. This is label-free and available for point-of-care applications. For design and simulation purposes we have multiple servers. This results in more work in less time. In addition to that, we have extensive measurement setups for different measurements. From kHz range to 10s of GHz. Biosensor Design and Test. RFIC design and Test. SU-ROIC group sig.

CONTENT

This domain had the following on the site, "One of our main research is based on biological applications." Our analyzers observed that the web site said " We are working on detection and early diagnosis of cancer." The Website also stated " This is label-free and available for point-of-care applications. For design and simulation purposes we have multiple servers. This results in more work in less time. In addition to that, we have extensive measurement setups for different measurements. From kHz range to 10s of GHz."

VIEW OTHER BUSINESSES

MicroMain Page - Stanford Microsystems Group

Welcome to the Stanford Microsystems Lab. JC Doll and BL Pruitt, Springer 2013. The Stanford Microsystems Lab in MERL.

Micro Molding, Medical Parts, Components, Injection Mould Design, Manufacture, High Precision Engineering Solutions, Microsystems, UK, Europe Micro molding, medical parts, components, injection moulding, mold mould design, machining, molded compo

Volume Production of Injection Molded Components. Volume Production of Injection Molded Components. Microsystems offers a complete micro molding service from mold design to volume production.

Microsystems Laboratory at the University of Utah

A-Z Index - opens new window. Directory - opens new window. Map - opens new window. Events - opens new window. Welcome to the Microsystems Laboratory at the University of Utah. We are determined towards innovation and industrial applicability and are looking forward to addressing your specific Microsystems requirements. 50 S Central Campus Dr. Salt Lake City, UT 84112-9206.