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Robert Smolarz
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Multisection ultra-broadband directional coupler designed in MMIC technology
R Smolarz, S Gruszczynski, K Wincza
IEEE Access 9, 33478-33486, 2021
102021
High sensitivity and selectivity microwave biosensor using biofunctionalized differential resonant array implemented in LTCC for Escherichia coli detection
I Piekarz, J Sorocki, S Górska, H Bartsch, A Rydosz, R Smolarz, K Wincza, ...
Measurement 208, 112473, 2023
72023
Realization of high-performance broadband quadrature directional couplers in UMS PH25 technology
S Gruszczynski, R Smolarz, K Wincza
Electronics 8 (12), 1520, 2019
72019
A 24 GHz Microwave Sensor With Built-in Calibration Capability Designed in MMIC Technology
R Smolarz, K Staszek, K Wincza, S Gruszczynski
IEEE Access 9, 31513-31524, 2021
62021
Chebyshev-response branch-line couplers with enhanced bandwidth and arbitrary coupling level
R Smolarz, K Wincza, S Gruszczynski
Electronics 9 (11), 1828, 2020
62020
Compensated 3-dB lange directional coupler in suspended microstrip technique
K Janisz, R Smolarz, A Rydosz, K Wincza, S Gruszczynski
2017 7th IEEE International Symposium on Microwave, Antenna, Propagation …, 2017
62017
Design of broadband reduced-length directional couplers consisting indirectly coupled lines sections for planar and MMIC applications
R Smolarz, S Gruszczynski, K Wincza
2020 23rd International Microwave and Radar Conference (MIKON), 53-55, 2020
42020
Impedance transforming tandem couplers with increased bandwidth and transformation ratio
R Smolarz, K Wincza, S Gruszczynski
IEEE Microwave and Wireless Components Letters 28 (4), 299-301, 2018
42018
Four-node antenna feeding network for interfacing with differential front-end electronics
I Piekarz, J Sorocki, R Smolarz, S Gruszczynski, K Wincza
IEEE Access 9, 103728-103736, 2021
32021
Monolithic Miniaturized Differentially-Fed Branch-Line Directional Coupler in GaAs Monolithic Technology
KW Slawomir Gruszczynski, Robert Smolarz, Changying Wu
Electronics 9 (3), 446, 2020
32020
Design of Bi-Level-Microstrip Quadrature Directional Couplers with Indirectly Coupled Lines
S Gruszczynski, K Wincza, R Smolarz
2019 IEEE Asia-Pacific Microwave Conference (APMC), 1437-1439, 2019
32019
Impedance transforming rat-race couplers with modified Lange section
R Smolarz, K Wincza, S Gruszczynski
Journal of Electromagnetic Waves and Applications 32 (8), 972-983, 2018
32018
Broadband equal-split directional couplers composed of Cascade-and tandem-connected coupled-line sections having unequal lengths
K Gaweł, M Kalawska, K Staszek, R Smolarz, S Gruszczynski, K Wincza
IEEE Access 9, 117434-117443, 2021
22021
Broadband differentially-fed directional coupler composed of coupled and uncoupled sections
K Wincza, R Smolarz, S Gruszczynski
2019 IEEE Asia-Pacific Microwave Conference (APMC), 1131-1133, 2019
22019
Design of 3-db differentially-fed tandem directional couplers
R Smolarz, K Wincza, S Gruszczynski
2019 IEEE MTT-S International Wireless Symposium (IWS), 1-3, 2019
22019
Broadband low-loss impedance transforming rat-race coupler in suspended microstrip technique
R Smolarz, K Wincza, S Gruszczynski
2018 22nd International Microwave and Radar Conference (MIKON), 291-293, 2018
22018
Design of low‐loss directional couplers with compensated coupled‐line sections in suspended microstrip technique
R Smolarz, K Wincza, S Gruszczynski
International Journal of RF and Microwave Computer‐Aided Engineering 27 (8 …, 2017
22017
Broadband rat-race coupler in suspended stripline technique for measurements of large-signal S parameters
R Smolarz, K Wincza, S Gruszczynski
2016 21st International Conference on Microwave, Radar and Wireless …, 2016
22016
Reduced-length tandem directional couplers designed in microstrip technique for use in balanced amplifiers
R Smolarz, K Staszek, K Wincza, S Gruszczynski
2022 24th International Microwave and Radar Conference (MIKON), 1-4, 2022
12022
Modal phase velocity compensation in multilayer differentially fed directional couplers
R Smolarz, K Wincza, S Gruszczynski
Microwave and Optical Technology Letters 62 (5), 1882-1887, 2020
12020
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