Silvio Hrabar

About Silvio Hrabar

Silvio Hrabar, With an exceptional h-index of 22 and a recent h-index of 13 (since 2020), a distinguished researcher at Sveucilište u Zagrebu, specializes in the field of electromagnetics, metamaterials, microwaves, non-Foster, plasmonics.

His recent articles reflect a diverse array of research interests and contributions to the field:

Time-Varying Wireless Power Transfer Systems for Improving Efficiency

Non-Foster-inspired Time-varying Matching of a Small Transmitting Dipole

Time-modulated circuits and metasurfaces for emulating arbitrary transfer functions

Active Non-Foster-based Magneto-Electric Antenna

Non-Foster Networks for Tunable and Wideband RF Devices

How to Accurately Predict Instability in non-Foster and Time-varying Circuits?

70 Years of Research, Development and Teaching in the Fields of Antennas and Microwaves at the University of Zagreb

Dispersion and Stability Properties of Microwave Tunable Negative Inductance in CMOS Technology

Silvio Hrabar Information

University

Position

Professor of Electrical Engineering

Citations(all)

2332

Citations(since 2020)

723

Cited By

1890

hIndex(all)

22

hIndex(since 2020)

13

i10Index(all)

57

i10Index(since 2020)

17

Email

University Profile Page

Google Scholar

Silvio Hrabar Skills & Research Interests

electromagnetics

metamaterials

microwaves

non-Foster

plasmonics

Top articles of Silvio Hrabar

Time-Varying Wireless Power Transfer Systems for Improving Efficiency

arXiv preprint arXiv:2402.15193

2024/2/23

Non-Foster-inspired Time-varying Matching of a Small Transmitting Dipole

2023/8/19

Time-modulated circuits and metasurfaces for emulating arbitrary transfer functions

Physical Review Applied

2023/7/19

Active Non-Foster-based Magneto-Electric Antenna

2023/3/26

Juraj Bartolic
Juraj Bartolic

H-Index: 8

Silvio Hrabar
Silvio Hrabar

H-Index: 13

Non-Foster Networks for Tunable and Wideband RF Devices

EOARD/AFRL, Final Report for Contract FA8655-20-1-7008, EOARD/AFRL

2023/2

How to Accurately Predict Instability in non-Foster and Time-varying Circuits?

2023/9/27

Silvio Hrabar
Silvio Hrabar

H-Index: 13

70 Years of Research, Development and Teaching in the Fields of Antennas and Microwaves at the University of Zagreb

2023/9/27

Radovan Zentner
Radovan Zentner

H-Index: 4

Silvio Hrabar
Silvio Hrabar

H-Index: 13

Dispersion and Stability Properties of Microwave Tunable Negative Inductance in CMOS Technology

2023/9/27

Silvio Hrabar
Silvio Hrabar

H-Index: 13

A non-Foster Solution to Broadband Directive Radiation Pattern in Huygens and Magnetoelectric Antennas

2023/9/27

Silvio Hrabar
Silvio Hrabar

H-Index: 13

Stability Analysis of Active Impedance Inverter based on Loss-compensated Passive Structure

2023/9/27

Silvio Hrabar
Silvio Hrabar

H-Index: 13

Stability-bandwidth Constraint in Real-world non-Foster Elements

2023/9/11

Analysis of Immittances and Equivalent Circuits of non-Foster Elements based on One-pole Amplifiers

2023/9/11

Silvio Hrabar
Silvio Hrabar

H-Index: 13

Use of Non-Foster Elements based on Compensated Passive Structure in Tunable Bandpass Filter

2023/9/11

Silvio Hrabar
Silvio Hrabar

H-Index: 13

Frequency Agile, Sub-wavelength, Metamaterial-inspired Huygens Dipole Antenna

2022/9/12

Stability-improved Non-Foster Inductance based on Compensated Passive Structure

2022/9/12

Silvio Hrabar
Silvio Hrabar

H-Index: 13

Time-varying versus Non-Foster Elements-Similarities and Differences

2022/9/12

Time-varying Elements for Realization of Stable Non-Foster Circuits and Metasurfaces

2022/9/12

Non-Foster Self-oscillating Single-loop Antenna-Experimental Investigation

2022/9/12

Non-Foster-inspired Two-transmitter System based on Coherent Current/voltage Sources

2022/7/10

Silvio Hrabar
Silvio Hrabar

H-Index: 13

Equivalent Circuit of OCS Negative Capacitor based on Linvill’s Floating NIC

2022/7/10

Ante Brizic
Ante Brizic

H-Index: 1

Silvio Hrabar
Silvio Hrabar

H-Index: 13

See List of Professors in Silvio Hrabar University(Sveucilište u Zagrebu)

Co-Authors

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