Phd σε ευκαμπτα/πλαστικά ηλεκτρονικά [imec]

[Thmmy.gr portal]

  Thmmy.gr portal
   Forum
   Downloads
   Ενεργ. Λογαριασμού
   Επικοινωνία
  
  Χρήσιμα links
   Σελίδα τμήματος
   Βιβλιοθήκη Τμήματος
   Elearning
   Φοιτητικά fora
   Πρόγραμμα Λέσχης
   Πρακτική Άσκηση
   Ηλεκτρονική Εξυπηρέτηση Φοιτητών
   Διανομή Συγγραμμάτων
   Ψηφιακό Καταθετήριο Διπλωματικών
   Πληροφορίες Καθηγητών
   Instagram @thmmy.gr
   mTHMMY
  
  Φοιτητικές Ομάδες
   ACM
   Aristurtle
   ART
   ASAT
   BEAM
   BEST Thessaloniki
   EESTEC LC Thessaloniki
   EΜΒ Auth
   IAESTE Thessaloniki
   IEEE φοιτητικό παράρτημα ΑΠΘ
   SpaceDot
   VROOM
   Panther
  

THMMY.gr Web

Helios_MultiScribbles2SMF Default ThemeSMFone_Blue

[Ανεβάζετε τα θέματα των εξετάσεων στον τομέα Downloads]

Είσαι πρωτοετής;... Καλώς ήρθες! Μπορείς να βρεις πληροφορίες εδώ. Βοήθεια για τους καινούργιους μέσω χάρτη.

Κατεβάστε εδώ το Android Application για εύκολη πρόσβαση στο forum.

Ανεβάζετε τα θέματα των εξετάσεων στον τομέα Downloads με προσοχή στα ονόματα των αρχείων!

[ονόματα των αρχείων]

Ανεβάζετε τα θέματα των εξετάσεων στον τομέα Downloads

με προσοχή στα ονόματα των αρχείων!

[niikos]

PhD researcher on ultralow power design techniques for thin-film VLSI circuits
The goal of this PhD is to elaborate ultralow power design techniques for flexible integrated circuits. The technology that we will use are transistors that are processed on flexible plastic substrates. They are based on amorphous oxide semiconductors, kin to the transistors used in the backplanes of AMOLED televisions, but processed on plastic. Our goal is to use them to make flexible integrated circuits with large integration densities, from LSI to VLSI. These flexible circuits will find applications in IoT and wearable patches that measure body functions.
The target thin-film circuits for IoT and wearables need to interact with standard electronics and readers (such as smartphone, bluetooth, ...). This requirement sets minimum specifications regarding power consumption, supply voltage and operating speed. The challenge in the research is to reach these despite certain technology performance limitations. Indeed, the semiconductor has a charge carrier mobility of about 20 cm2/Vs, and can only carry electrons, meaning that only n-type transistors exist. Furthermore, the transistor dimensions are not strongly scaled, and of the order of 0.5 to 2 microns.
https://www.imec-int.com/en/work-at-imec/job-opportunities/PhD-researcher-on-ultralow-power-design-techniques-for-thin-film-VLSI-circuits


PhD researcher on design of ultrathin image sensors using thin-film transistor matrix
Imec develops disruptive technologies for image sensors based on thin-film photodetectors. Ultra-thin, submicron active layers with absorption coefficients much higher than those of e.g. silicon enable new form factors and applications. When integrated with a thin-film transistor backplane, thin-film photodetectors can serve as a basis for large-area, flexible image sensors that find use in medical or industrial x-ray imaging, in consumer applications such as fingerprint or handpalm scanners, or for conformable, curved focal planes.
https://www.imec-int.com/en/work-at-imec/job-opportunities/PhD-researcher-on-design-of-ultrathin-image-sensors-using-thin-film-transistor-matrix