course aims in Estonian
- Korrata lühidalt CMOS tehnoloogia iseärasusi sellest tulenevaid probleeme ja kirjeldada olulisis sõlmi, nagu vooluallikad, voolupeeglid, diferentsiaalaste, jt.
- Esitada kiipdisaini (full design) marsruut ja lahendusteed.
- Projekteerida mikroskeem või selle osa kasutades projekteerimiskeskkonda Cadence.
course aims in English
- To go over the main points of CMOS technology basics and solutions, and to describe the basic nodes like current sources, current mirreors, differential pairs, etc.
- To pass the strategy and different levels of chip design (full design flow) and its applications.
- To design the chip or part of the chip using design environment Cadeence.
learning outcomes in the course in Est.
Kursuse läbinud üliõpilane peab:
- oskama kirjeldada CMOS tehnoloogia põhietappe ja teadma MOS transistrori põhiparameetreid ning probleeme;
- tunneb elementaarsete analoogelektroonika sõlmede kiiplahendusi ja oskab neid dimensioneerida;
- orienteeruma disaini marsruutides ja leidma lahendusi konkreetsetele situatsioonidele;
- tundma mõõtmete vähendamisest (scale down) tulenevaid probleeme mikroskeemide võtmeparameetritele;
- oskama rakendada oma teadmisi praktiliste ülesannete lahendamisel Cadence keskkonnas ja oskama hinnata saadud tulemuste realiseeritavust.
learning outcomes in the course in Eng.
Having passed the course a student:
- has to be able to describe the CMOS technology basic parameters, problems, and the basiv parameters of MOS transistors;
- understands the elementary solutions of analog IC circits and their solutions;
- has to be familiar and reorient with design flow and to find concrete solutiuons particular solutions;
- has to be acknowledged about the scale down phenomenon on the key factors of IC-s;
- has to apply the personal know-how by the solution of practical exercises in Cadence environment and to estimate check and estimate the possibilities of practical realization of the designed circuit.
brief description of the course in Estonian
Mikrolülituste matemaatiline ja füüsikaline modelleerimine. Mudelite adekvaatsuse tingimused. Projekteerimise ja tehnoloogia vahelised seosed. Projekteerimisvahendite struktuurid ja andmebaaside olemasolu. Matemaatilised mudelid: globaal- ja lokaalmudelid, mudelite parameetrid ja nende määramine, optimeerimine ja mõju elektrilistele karakteristikutele. Protsessi modelleerimine, seadiste (struktuuride) analüüs. T-CAD kett. Projekteerimissüsteem Cadence.
brief description of the course in English
The mathematical and physical modeling of IC-s. Adequacy of the models. Connections between the technology and design. The structures of the designs environments. Mathematical models: global and local models, model parameters and their determination and extraction, optimization of parameters and its influence on electrical characteristics. Process modeling, analysis of the structures. The design environment Cadence.
type of assessment in Estonian
Eksamihinne kujuneb projekteerimisülesande eduka lahendamise ja kaitsmise alusel.
type of assessment in English
The exam mark will be forwarded on base of defense success of designed IC
independent study in Estonian
Iseseisev töö seisneb kursuse teoreetiliste materjalide läbitöötamises ja projektülesande valmimises ja aruande kaitsmises. Töö maht statsionaarses õppes - 80 tundi, kaugõppes - 100 tundi.
independent study in English
The independent self-work of students forsees the learning of the theoretical material of the course and the design and defense of praktical exrecise. Training capacities for the course in the stationary learning is 80 hours and in the distance learning 100 hours.
study literature
Põhiõpik:
- Johns, D.A., Martin, K.: Analog Integrated Circuit Design. John Wiley & Sons, 1997.
- Baker, R. J.: Circuit Design, Layout and Simulation. 2nd Ed., Wiley-IEEE Press, 2007.
Artiklid ajakirjades: IEEE Transaction on Solid State Circuits.
study forms and load
daytime study: weekly hours
3.0
session-based study work load (in a semester):
type (CBL/PBL)
not specified