Na FER-u postoji više zaposlenika s imenom
- Bibliografija (CROSBI)
- Životopis
- Nastava
- Područja istraživanja
- Profesionalni interesi i članstva
- Osobni podaci
- Izabrani projekti
- Povijest zaposlenja
IC & EMC Lab activities in DC-DC converter design
Design of Sense Amplifiers for Non-Volatile Memory
Differential Electro-Optical Equivalent Circuit Model of a Vertical-Cavity Surface-Emitting Laser for Common-Mode Rejection Ratio Estimation
Common-mode rejection ratio characterisation of a broadband electro-optical differential ESD voltage probe
Conducted Emissions for Different Conversion Ratios of GaN-Based Synchronous Buck Converter
Design and Characterization of Bias Tee Used for S- parameter Characterization of Power Inductors
Measurements of Conducted EM Emissions for Different Dead Times of the Control Signals of Synchronus Buck Converters
Frequency-Domain Characterization and Modelling of a Multi-Layer Ceramic Capacitor for RF Applications
A 1-MHz Relaxation Oscillator Core Employing a Self-Compensating Chopped Comparator Pair
Design Methodology of an On–Chip Inductor in 180 nm CMOS Technology
Overview of EMC related activities at University of Zagreb
Analysis of Re-radiated RF Harmonic Disturbance Caused by Integrated Circuit Input Pin Nonlinearity
Time-Domain Response Simulation of Incident Field Coupling to Transmission Lines
Admittance Parameter Based Lumped Element Model of a VCSEL for Differential Analog Signal Transfer
Application-Specific VSWR Optimized Design of IC- Stripline
A 1-MHz Relaxation Oscillator Core Employing a Self-Compensating Chopped Comparator Pair
Multisegment Multiconductor Transmission Line Model of High-Current Card-Edge Connectors With Analytically Calculated Model Parameters
Sequential Build-Up of Broadband Equivalent Circuit Model for Low-Cost SMA Connectors
Characterization of Digital IC for Sub-Nanosecond Dead-Time Adjustment Used in Synchronous DC-DC Converters
High-Frequency Model of a Setup for Time-Domain Inductor Characterization
Modelling of a transmission line pulse measurement setup
Stability Analysis of Black-Box Models of Integrated Circuits for DPI Simulations
A 1-MHz Relaxation Oscillator Core Employing a Self-Compensating Chopped Comparator Pair
Modelling and validation of high-current surface- mount current-sense resistor
High-Frequency Model of a Measurement Setup for Time-Domain Characterization of Power Inductors Used in SMPS
Adaptive Algorithm for Sampling Nonlinear Circuit Behaviour in Time-Domain
Reaching the Steady-State in DPI Simulations of Integrated Circuits
Methodology for block-wise behavioural modelling of integrated circuits for electromagnetic compatibility applications
Broadband Equivalent Circuit Model of VCSEL Electrical Characteristics for Differential Applications
Analysis of Sources of Electromagnetic Interference of Resonant Switched-Mode Power Converters
Improved Estimation of Radiated Fields of Unintentional Radiators by Correction of the Impedance Mismatch Between a Transverse Electromagnetic Cell and a Hybrid Coupler
Application of Ferrite Layers in Low-profile OLED Drivers
Characterization of measurement system for high- precision oscillator measurements
Programmable Digital IC for Sub-Nanosecond Dead- Time Adjustment Used in Synchronous Switching DC- DC Converters
Tapered Structures for Frequency Characterization of Wide-Terminal Current-Sense Resistor
Influence of RF Disturbance Phase on Amplifier DPI Characteristics
EMC-Oriented Design of Output Stage of Synchronous Buck Converter
Radiated Emissions of an Array of OLED Luminaries
An Experimental Investigation of Four-Port IC- Stripline
Broadband equivalent circuit model of VCSEL electrical characteristics for differential applications
Active-Learning Implementation Proposal for Course Electronics at Undergraduate Level
High-Frequency Modelling of Surface-Mount Power Inductor and Current-Sense Resistor Used in Switching DC-DC Converters
Reaching the Steady-State in DPI Simulations of Integrated Circuits
Measurements of Coupling Between a Synchronous Buck Converter and a TEM Cell
A Modular and Interactive OLED-Based Lighting System
An 11-uW, 9-bit fully differential, cyclic/algorithmic ADC in 0.13 μm CMOS
Optimization of IC-Stripline Performance by Response Surface Space-Mapping Technique
Minimization of maximum electric field in high- voltage parallel-plate capacitor
Infrared protection system for high-voltage testing of SiC and GaN FETs used in DC-DC converters
Broadband radiofrequency design of a laser diode bias circuit
Relaxation oscillator calibration technique with comparator delay regulation
Modelling SMD capacitors by measurements
High-Frequency Modelling of Surface-Mount Power Inductor Used in Switching DC-DC Converters
Adaptive Algorithm for Sampling Nonlinear Circuit Behaviour in Time-Domain
Radiation of Synchronous Buck Converter Modelled by Three Magnetic Moments and Combined with SPICE Simulations
Radiation of Small Loop Above Finite Image Plane
Echo state networks for black-box modeling of integrated circuits
Design of Low Power LDO Voltage Regulator for RFID Applications
3D EM Simulations and Analysis of In-package Metal Plate Interconnecting High-side and Low- side FETs of DC-DC Converter
Dual-channel Programmable Precise Time-delay Pulse Signal Generator for Synchronous DC-DC Converter Applications
Design and characterization of a step-down switched-mode power converter based on the regulator MC34063A
Radiation characteristics of small loop antenna above perforated finite image plane
Building Interchangeable Black-Box Models of Integrated Circuits for EMC Simulations
Comparison of electrical and electromagnetic properties of a planar inductor
EMC-aware Design of a Planar Inductor for Low- profile OLED Drivers
DC/DC Converter Dead-Time Variation Analysis and Far-Field Radiation Estimation
SPICE Analysis of RL and RC Snubber Circuits for Synchronous Buck DC-DC Converters
Radiation of Input Decoupling Network Typically Used in Switching DC-DC Converters
Effects Influencing Repeatability of Direct Power Injection Measurements
Intelligent backplane concept
Comparison of Simulation and Measurements of Time- Domain Field-to-Line Coupling in TEM Cell
Circuit Modelling of Printed Circuit Boards for a DC-DC Converter Design
A symbolic regression-based modelling strategy of AC/DC rectifiers for RFID applications
Evaluation of the Operation of Depletion-Mode SiC Power JFET in DC-DC Converter Applications
Broadband Characterization of SMA Connectors by Measurements
Embedded inductor design and electromagnetic compatibility issues
OLED ageing modelling and compensation
Compensation algorithm report
Application of TEM Cell in Measurement of Electromagnetic Fields of Electronic Modules
Sparse $\varepsilon$-tube Support Vector Regression by Active Learning
Simple and Scalable Methodology for Equivalent Circuit Modeling of IC Packages
Design of a planar inductor for a low-profile DC-DC converter
Electromagnetic compatibility of a low-profile OLED- based lighting device
Electromagnetic characterization of the Ferrite Polymer Composite (FPC) layers
System-ESD Validation of a Microcontroller with External RC-Filter
Broadband Detection of Radiating Moments using the TEM-cell and a Phase-calibrated Oscilloscope
IC-Stripline Design Optimization using Response Surface Methodology
A low-power, temperature and supply voltage compensated current starved ring oscillator
A Strategy for Short-Term Load Forecasting by Support Vector Regression Machines
Broadband Measurement of the Magnetic Moment Normal to the Printed Circuit Board plane using TEM Cell and Phase Information
Field-To-Line Coupling Models Compared: Coupled Lines and Modified Taylor
Black-Box Modelling of AC-DC Rectifiers for RFID Applications Using Support Vector Regression Machines
Area-efficient differential Gaussian circuit for dedicated hardware implementations of Gaussian function based machine learning algorithms
A 2.5-GHz GaN power amplifier design and modeling by circuit-electromagnetic co-simulation
Ferrite Polymer Compound (FPC) test vehicle measurements
A low-power fully differential cyclic 9-bit ADC
Black-box modelling of conducted electromagnetic immunity by support vector machines
A brief overview of the black-box behavioural modelling of electronic circuits for transient simulations
Electrical and Thermal Analysis of an OLED Module
Design of a planar inductor for DC-DC converter on flexible foil applications
Limitations of the CVSL Driver as Voltage Level Booster for Switching Capacitors in High-gain Charge Pumps
Black-Box Modelling of Conducted Electromagnetic Emissions by Adjustable Complexity Support Vector Regression Machines
Characterizing the TEM Cell Electric and Magnetic Field Coupling to PCB Transmission Lines
Sparse multikernel support vector regression machines trained by active learning
Recurrent sparse support vector regression machines trained by active learning in the time-domain
Planar inductor design report
Proceedings of the 8th International Workshop on Electromagnetic Compatibility of Integrated Circuits 2011
Embedded Inductor Design and EMC Analysis
S-parameter Approximation Using Rational Functions
Modelling of EM Field Coupling to Transmission Lines and IC Packages
Full PCB circuit-electromagnetic simulations for high speed/RF applications
High Frequency Cable Modeling
Design and Modelling of IC-Stripline Having Improved VSWR Performance
High-Voltage PMOS Transistor Model for Prediction of Susceptibility to Conducted Interference
Quadrature coupler and power divider circuit-EM co- simulation
A Low-Power Fully Differential 9-Bit C-2C Cyclic ADC
Response Surface Methodology for Modelling Lead Frame of IC Packages
Design of Fully Differential Folded Cascode Operational Amplifier by the gm/ID Methodology
New Methodology on Electro-Thermal Characterization and Modeling of Large Power Drivers Using Lateral PNP BJTs
Quantifying TEM Cell Electric and Magnetic Field Coupling to Arbitrary Orientation of Microstrip Lines
Susceptibility of a Brokaw Bandgap to High Electromagnetic Interference
Equivalent Circuit Model of the TEM Cell Electric and Magnetic Field Coupling to Microstrip Lines
Practical Simulation of TEM-cell Coupling to PCB Tracks in the Circuit Simulator
Extraction of equivalent lumped element via model
Susceptibility of PMOS Transistors under High RF Excitations at Source Pin
Susceptibility of an AB Class Output Buffer to Conducted Electromagnetic Interference
Measuring and modelling of a PCB via structure
Modelling of Integrated Circuit Conducted Electromagnetic Immunity by Artificial Neural Networks
Package modelling
TEM Cell Simulations
Conducted Electromagnetic Emission Current Source Modelling by Artificial Neural Networks
Characterization of 8-pin Shrink Small Outline Package by Using Electromagnetic Simulations
Broad-Band Equivalent Circuit Modelling of Passive SMT Components Embedded in Conductor Backed Coplanar Waveguide Structures
Behavioural Modelling of Circuits that Exhibit Chaotic Behaviour
Fast Transient Analysis of Incident Field Coupling to Multiconductor Transmission Lines
Design and Use of FR-4 CBCPW Lines In Test Fixtures for SMD Components
Symmetrical Transversal Electromagnetic Mode Cell
Design rules for utilizing conductor-backed co-planar waveguide lines on FR-4 substrate
Modelling of On-Chip Spiral Inductors
Time-Domain Response Simulation of Multiconductor Transmission Lines Excited by an Incident Electromagnetic Field
Comparison of S-parameters Measured Using Time Domain Reflectometer and Vector Network Analyzer
Simulations of Symmetrical Transverse Electromagnetic Cell
Programska podrška za automatizirano podešavanje i testiranje složenih integriranih sklopova koji rade s mješovitim signalom
Programska podrška 'EMC DPI' za ispitivanje imuniteta integriranih sklopova prema standardu IEC 62132-4
Programska podrška 'EMC 1 Ohm/150 Ohm' za automatizirano mjerenje elektromagnetskih vođenih smetnji i obradu rezultata
Design and Optimization of Self-Biased Complementary Folded Cascode
EMC test čip
Report on EMC Integrated Simulations
Predicting the results of conducted EMC tests: critical factors determining accuracy
EMC Aware Circuit Design and Optimizations
Design and Optimisation of Local Interconnected Network Interface
Influence of Packaging on the Oscillation Frequency of a High Voltage CMOS Quadrature LC Oscillator
EMC simulation tool for Cadence IC design environment
EMC models and netlisting strategies
The Influence of Supply Network Parasitics on the Conducted Electromagnetic Emissions
Two-to-One Multiplexer in 0.35 um CMOS Technology
Automatika
Modeling of Analog Circuits by Using Support Vector Regression Machines
Modelling of SCFL Circuits
Artificial Neural Networks in Modelling of Voltage Controlled Osillators With Jitter
Comparison of Non-Linear MESFET Models over 1-12 GHz Frequency Range
Influence of Nonlinear MESFET Models on the Characterization of Resistive Mixers
Simulations of GaAs Voltage Controlled Differential Ring Oscillators
Lumped Elements De-embedding Procedure
Inductance Extraction
Voltage Controlled Differential Ring Oscillator Based on the SCFL Delay Cell
Proceedings of the 9th IEEE International Conference on Electronics, Circuits and Systems - ICECS 2002
Sine-to-Pulse Input Conversion Cells for GaAs SCFL Digital Test Structures
Time Delay Extraction from Spectral Measurements of High-Speed Digital Cells
Optimization of a GaAs SCFL Buffer Cell
High-Speed GaAs SCFL Digital Test Structures
Simulation of large-signal behavior of a GaAs low noise amplifier
Reverse Engineering of a Gallium Arsenide Integrated Circuit
A simple One-Dimensional Model for the Explanation and Analysis of GaAs MESFET Behavior
Energy Balance Simulation of Submicromter Si n-MOSFETs
Influence of Hot Carriers on the Output Characteristics of Submicrometer MOSFETs
Synchrotron X-Ray Topographic Analysis of the Impact of Processing Steps on the Fabrication of AlGaAs/InGaAs p-HEMT's
GaAs electron mobility models
Piezoelectrically active defects and their impact on the performance of GaAs MESFETs
Modelling the effects of piezoelectrically active defects and their impact on the threshold voltage of GaAs metal-semiconductor field effect transistors
Životopis
Adrijan Barić završio je Klasičnu gimnaziju u Zagrebu 1977. godine, diplomirao 1982. i magistrirao 1985. godine na Elektrotehničkom fakultetu Sveučilišta u Zagrebu, danas Fakultetu elektrotehnike i računarstva. Doktorirao je na Dublin City University, Irska, 1995. Dobitnik je EOLAS stipendije Irske vlade, bio je na dvomjesečnom studijskom boravku na Rutherford Appleton Laboratory, Engleska, 1993. godine te na šestomjesečnoj poslijedoktorskoj specijalizaciji na Ghent University, Belgija, 2000. godine.
Na Fakultetu elektrotehnike i računarstva (FER) Sveučilišta u Zagrebu radi od 1984. U rednog profesora izabran je 2008., a od 2013. je redoviti profesor u trajnom zvanju. Bio je glavni istraživač na dva projekta Ministarstva znanosti, obrazovanja i športa: ‘Modeliranje elemenata i projektiranje brzih sklopova’ od 2002. do 2006. i od 2007. do 2010. godine ‘Kvaliteta signala u integriranim sklopovima s mješovitim signalom’. Vodio je projekt u sklopu suradnje s firmama Compaq, Shrewsbury, USA i Systemcom, Zagreb. Od 2003. do 2007. vodio je FER-ov tim u FP6 projektu „ROBUst mixed signal design methodologies for Smart Power ICs (ROBUSPIC)“. Od 2007. do 2009. vodio je FER-ov tim u EUREKA MEDEA+ projektu Parachute kojeg je financirala kompanija AMI Semiconductor (Belgija) na temu 'Automotive IC Design for low EMC'. Vodio je FER-ov tim na projektu GoldenGates od 2009. do 2012. kojeg je financirala kompanija ON Semiconductor (Belgija) na temu 'Improvement of ElectroMagnetic Reliability System Performance by applying ElectroMagnetic Synergy'. Vodio je FER-ov tim na projektu INVENT (2011. do 2014.) kojeg je financirala Flamanska zaklada za znanost IWT i tvrtka ON Semiconductor (Belgija) na temu 'Integrated Voltage Regulator using Novel Topologies and Devices'. Vodio je FER-ov tim na FP7 projektu 'IMOLA - Intelligent light management for OLED on foil applications' (01. 10. 2011. do 31. 03. 2015.) (partneri na projektu IMOLA su bili: imec (Belgija), TNO (Nizozemska), Philips (Njemačka), NXP (Nizozemska), NXP (Belgija), Hanita (Izrael), Henkel (Belgija), CRP (Italija)). Vodio je BICRO PoC5 projekt «Elektro-optički detektor za mjerenje širokopojasnih strujnih izboja na čipovima» (01. 01. 2014. do 31. 05. 2015.) i projekt RC.2.2.08-16 «Bežično napajani mikroelektronički sklop za distribuirane senzorske mreže» financiran iz Strukturnih fondova EU u sklopu programa 2007.-2013., Ministarstvo znanosti, obrazovanje i sporta, Hrvatska (21. 10. 2014. do 20. 02. 2016.).
Trenutno vodi projekt IVPROBE kojeg financira kompanija ON Semiconductor (Belgija) na temu širokopojasnog mjerenja velikih struja i velikih napona na čipu (2015. do 2018.), projekt «Electromagnetic Compatibility Simulation Environment» na temu ponašajnog modeliranja analognih elektroničkih sklopova u vremenskoj domeni kojeg financira tvrtka ams AG, Austria (01. 09. 2014. do 31. 08. 2017.), projekt Hrvatske zaklade za znanost «Napredna metodologija projektiranja prekidačkih istosmjernih pretvornika» (IP-2014-09-6405) (01. 06. 2015. do 31. 05. 2019.), te projekt «Next Generation Highly Integrated RF Gate Drive Circuit for High Switching Speed Semiconductors» financiran od tvrtke UTRC Ireland (United Technologies Research Center Ireland) (2016. do 2017.).
Istraživačka grupa koju vodi do sada je projektirala i procesirala 9 čipova u 130 nm do 350 nm CMOS tehnologijama preko EUROPRACTICE ili MOSIS inicijativa.
Bio je predsjednik Odbora za istraživanje, razvoj i tehnologiju Sveučilišta u Zagrebu od 2007. do 2011. Od 2006. član je Vijeća tehničkog područja Sveučilišta u Zagrebu, a od 2013. je predsjednik Vijeća tehničkog područja Sveučilišta u Zagrebu.
Na Fakultetu elektrotehnike i računarstva bio je član i predsjednik Povjerenstva za priznavanje istovrijednosti stranih diploma te predsjednik Povjerenstva za stegovnu odgovornost studenata (1998. do 2006.) kao i predsjednik Odbora za stegovnu odgovornost (2005. do 2006.). Od listopada 2006. do rujna 2008. godine obnaša dužnost prodekana za znanost. Član je Odbora za istraživanje i međunarodnu suradnju od 2010. do 2016., a od 2016. član Odbora za istraživanje i inovacije. Bio je član predsjedništva AMAC-FER-a od 2006. do 2015. Član je Nadzornog odbora AMAC-FER-a od 2015. Predstojnik je Zavoda za elektroniku, mikroelektroniku, računalne i inteligentne sustave od 01. 10. 2016. Predsjednik je Znanstveno-stručnog vijeća Inovacijskog centra Nikola Tesla od 2016.
Bio je predsjedatelj IEEE International conference on Electronics Circuits and Systems - ICECS 2002, supredsjedatelj konferencije IEEE Mediterranean Electrotechnical Conference - MELECON 2004, financijski voditelj konferencije IEEE Internationnal Symposium on Industrial Electronics - ISIE 2005, te Technical Programe Chair konferencije Electromagnetic Compatibility of Integrated Circuits 2011 - EMC Compo 2011. Bio je član je Steering Committee serije konferencija IEEE ICECS. Član je Programskog odbora serije konferencija ECCTD, te serije konferencija EMC Compo, te je član Programskog odbora konferencije IEEE EMC Europe 2017.
Član je udruga IEEE, HD MIPRO, KoREMA i AMAC-FER.
Dobitnik je Zlatne plakete «Josip Lončar» za 2015. koju dodjeljuje Fakultetu elektrotehnike i računarstva Sveučilišta u Zagrebu.
Popis radova nalazi se na poveznici http://bib.irb.hr/lista-radova?autor=136444 .
Nastava
Sveučilišni preddiplomski
- Analogni integrirani sklopovi (Nositelj)
- Elektronika 1 (Nositelj)
- Elektronika 1R (Nositelj)
- Elektronika 2 (Nositelj)
- Elektronika 2 (Nositelj)
- Osnove elektronike (Nositelj)
- Uvod u projektiranje sustava s mješovitim signalom na razini integriranih sklopova (Nositelj)
- Projekt (Predavanja)
- Projekt (Predavanja)
- Projekt (Predavanja)
- Projekt iz programske potpore (Predavanja)
- Projekt iz programske potpore (Predavanja)
- Projekt iz programske potpore (Predavanja)
- Završni rad (Predavanja)
Sveučilišni diplomski
- Analogni i analogno-digitalni integrirani sklopovi (Nositelj)
- Projektiranje radiofrekvencijskih i mikrovalnih integriranih sklopova (Nositelj)
- Diplomski projekt (Predavanja)
- Diplomski projekt (Predavanja)
- Diplomski projekt (Predavanja)
- Diplomski rad (Predavanja)
- Diplomski rad (Predavanja)
- Diplomski rad (Predavanja)
- Diplomski seminar (Predavanja)
Poslijediplomski doktorski
- Integrirani sklopovi za velike brzine rada (Nositelj)
- Istraživački seminar iz elektronike 1 (Nositelj)
- Istraživački seminar iz elektronike 2 (Nositelj)
- Istraživački seminar iz elektronike 3 (Nositelj)
- Istraživački seminar iz elektronike 4 (Nositelj)
- Istraživački seminar iz elektronike 5 (Nositelj)
- Istraživački seminar iz elektronike 6 (Nositelj)
Kompetencije
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Components, packaging, and manufacturing technology
Integrated circuit packaging -
Electromagnetic compatibility and interference
Electromagnetic compatibility Immunity testing Electromagnetic coupling Radiofrequency interference -
Circuits and systems
Analog integrated circuits Circuit simulation Analog-digital integrated circuits Integrated circuit modeling Mixed analog digital integrated circuits Radiofrequency integrated circuits Microwave circuits Power integrated circuits -
Communications technology
High-speed integrated circuits -
Solid state circuits
MOS integrated circuits
Profesionalni interesi i članstva
- Fizika i modeliranje poluvodičkih elemenata
- Mjerenja pasivnih i aktivnih elemenata na čipu
- Analiza i projektiranje integriranih sklopova s mješovitim signalom
- Analiza i projektiranje prekidačkih pretvornika napona
- Analiza prospoja na čipu i na tiskanim pločicama
- Elektromagnetska kompatibilnost (EMC)
Osobni podaci
Izabrani projekti
- Nelinearno modeliranje poluvodičkih elemenata (MZOŠ)
- Modeliranje elemenata i projektiranje brzih sklopova (MZOŠ)
- Robust mixed signal design methodologies for smart power ICs (FP6, IST)
- Kvaliteta signala u integriranim sklopovima s mješovitim signalom (MZOŠ, 2007-2009)
Povijest zaposlenja
2008 – sada Redoviti profesor (od 2013. god. u trajnom zvanju), Fakultet elektrotehnike i računarstva, Sveučilište u Zagrebu
2002 – 2008 Izvanredni profesor, Fakultet elektrotehnike i računarstva, Sveučilište u Zagrebu
1996 – 2002 Docent, Fakultet elektrotehnike i računarstva, Sveučilište u Zagrebu