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TLT-8307 RF-ASIC Design - 1, 7 op |
Jani Järvenhaara, Nikolay Tchamov
Luentoajat ja -paikat | Kohderyhmä, jolle suositellaan | |
Toteutus 1 |
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2. vuosikurssi
3.-n. vuosikurssi DI-Opiskelijat International Students Kandiopiskelijat Signaalinkäsittelyn ja tietoliikennetekniikan koulutusohjelma Sähkötekniikan koulutusohjelma Tieto- ja sähkötekniikan tiedekunta Tietotekniikan koulutusohjelma |
1. Exam.
2. Attending at least 80% of the Lectures.
3. Attending all Exercises.
4. Developing all Homeworks.
5. Completing all Laboratory Exercises.
Osasuoritusten pitää liittyä samaan toteutuskertaan
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Major practical course for BSc and MSc levels targeting the Methods and Skills of the design of a modern Monolithic RF Integrated Circuits and to serve as Graduation Work for BSc Students. This course is designed to meet the most recent demands of the Industry for Practical Designer Knowledge & Skills in the three years of B.Sc. curricula and as well for those who continue toward the MSc level. It serves as complete course for preparing the BSc engineer to design the implementation, the fabrication and the measurement on modern BiCMOS and CMOS Si-process using the integrated tools of CADENCE and modern GHz-range Spectrum Analyzer and VCO/PLL Measurement System. The course is introducing and then developing the Designer's Tool Box of Set-ups for Evaluation of all Silicon Active and Passive Components in the GHz range like Transistors, Inductors, Varactors, Capacitors, Contact/Bonding Pads etc. From the circuit idea, via electric design simulations, layout floor plan, components design and extracted parasitics simulations, and concluding with the GDSII database development and debugging. Target circuit for design is currently a GHz-range Clapp LC Oscillator architecture on 90nm CMOS Generic PDK of Cadence.
Sisältö | Ydinaines | Täydentävä tietämys | Erityistietämys |
1. | The RF-ASIC Design Flow and Cadence Tools. CMOS Semiconductor Processes, characterization and layout of integrated CMOS and Bipolar Transistors,Capacitors and Inductors. | ||
2. | Course Circuit Design Task Introduction: The Clapp Oscillator and its components in the monolithic integration on Silicon. Additional blocks to the oscillator design task: Current Mirror and Buffer. Oscillator Phase Noise Simulation. | ||
3. | Design for Manufacturing. Design Extracted RF-Parasitics evaluation and Compensation. Preparing the final Database and GDSII file. Design Documentation and Presentation. | ||
4. | IC Measurement set-up and its Modeling in Cadence. Spectrum Analyzer and VCO/PLL Measurement System. Automated VCO Measurements under HP-VEE control. |
Exam.
Opintojaksolla käytetään numeerista arviointiasteikkoa (1-5)
Tyyppi | Nimi | Tekijä | ISBN | URL | Painos,saatavuus... | Tenttimateriaali | Kieli |
Muu kirjallisuus | CADENCE and semiconductor process manuals | Englanti |
Opintojakso | P/S | Selite |
TLT-8017 Basic Communication Circuits - 1 | Suositeltava | |
TLT-8107 Basic Communication Circuits - 2 | Suositeltava | |
TLT-8207 Communication Circuits & Modules - 1 | Suositeltava |
Tietoa esitietovaatimuksista
Note: In case you have taken other course(s) which you might consider to be compatible with the Pre-requisite one above, please contact the Course Coordinator for approval.
Opintojakso | Vastaa opintojaksoa | Selite |
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Kuvaus | Opetusmuodot | Toteutustapa | |
Toteutus 1 | Luennot Harjoitukset Laboratoriotyöt |
Lähiopetus: 0 % Etäopetus: 0 % Itseopiskelu: 0 % |