A problem has been found
A problem has ocurred in the communication with the server.
Please, try again later. If the problem persists, contact the admin
Home
Repositories
Authors
Document types
Statistics
About
Query
Advanced Search
Simple Search
Title
Author
Subject
Year
Refine your Search
Repository
61
(4)
Show More
Show Less
Author
Senior D.E.
(4)
Yoon Y.-K.
(4)
Rahimi A.
(3)
Shorey A.
(2)
Jao P.
(1)
Kim C.
(1)
Kim H.J.
(1)
Thomas W.
(1)
Show More
Show Less
Subject
Bandpass filters
(4)
Optical resonators
(4)
Substrate integrated waveguides
(4)
Substrates
(4)
Waveguides
(4)
Bandwidth
(3)
Complementary split ring resonators
(3)
Microwave circuits
(3)
Resonators
(3)
Waveguide filters
(3)
Show More
Show Less
Year
2020
(4)
2014
(2)
2015
(1)
2016
(1)
Show More
Show Less
Document Type
Conferencia
(3)
Artículo
(1)
Show More
Show Less
Language
Inglés
(4)
Show More
Show Less
Your search
Language:
Inglés
Subject:
Substrates
Subject:
Waveguides
Sort by
Score
Title
Year
-
1-4 from
4
results
(0.01 seconds)
Title:
Millimeter-wave bandpass filter on LCP using CSRR-loaded triangular-shape quarter-mode substrate integrated waveguide
Author:
Senior D.E.
/
Rahimi A.
/
Yoon Y.-K.
Language:
Inglés
Repository:
61
Subject:
Bandpass filter
/
Complementary split ring resonator
/
Liquid crystal polymer
/
Millimetre-wave
/
Quarter-mode substrate integrated waveguide
/
Bandpass filters
/
Bandwidth
/
Copolymers
/
Frequency response
/
Liquid crystal polymers
/
Liquid crystals
/
Microwave circuits
/
Millimeter waves
/
Optical resonators
/
Poles
/
Resonators
/
Ring gages
/
Substrate integrated waveguides
/
Substrates
/
Waveguides
/
Wireless telecommunication systems
/
Bandpass filter (BPF)
/
Complementary split ring resonators
/
Fractional bandwidths
/
Millimeter-wave bandpass filters
/
Millimetre waves
/
Size reductions
/
Triangular shapes
/
Wireless application
/
Waveguide filters
Title:
In-Substrate Resonators and Bandpass Filters with Improved Insertion Loss in K-Band Utilizing Low Loss Glass Interposer Technology and Superlattice Conductors
Author:
Rahimi A.
/
Senior D.E.
/
Shorey A.
/
Yoon Y.-K.
Language:
Inglés
Repository:
61
Subject:
Complementary split ring resonator
/
Cu/NiFe nano-superlattice conductors
/
Glass interposer technology
/
Skin effect suppression
/
Through glass via
/
Bandpass filters
/
Dielectric losses
/
Eddy current testing
/
Glass
/
Insertion losses
/
Network components
/
Optical resonators
/
Resonators
/
Substrate integrated waveguides
/
Waveguide filters
/
Waveguides
/
Complementary split ring resonators
/
Conductor architectures
/
Glass substrates
/
Half-mode substrate integrated waveguides
/
Low dielectric loss
/
Negative permeability
/
Superlattice approach
/
Substrates
Title:
Flexible Liquid Crystal Polymer based complementary split ring resonator loaded quarter mode substrate integrated waveguide filters for compact and wearable broadband RF applications
Author:
Senior D.E.
/
Rahimi A.
/
Jao P.
/
Yoon Y.-K.
Language:
Inglés
Repository:
61
Subject:
Bandpass filters
/
Bandwidth
/
Crystal filters
/
Liquid crystal polymers
/
Liquid crystals
/
Loading
/
Low temperature effects
/
Metal drawing
/
Micromachining
/
Microwave circuits
/
Optical resonators
/
Ring gages
/
Size determination
/
Substrates
/
Surface micromachining
/
Temperature
/
Waveguide filters
/
Waveguides
/
Wearable technology
/
Complementary split ring resonators
/
Complementary split-ring resonator
/
Evanescent wave amplification
/
Fractional bandwidths
/
Liquid crystal polymer substrate (LCP)
/
Measured results
/
Mechanical drilling
/
Surface micromachining process
/
Substrate integrated waveguides
Title:
Through-glass interposer integrated high quality RF components
Author:
Kim C.
/
Senior D.E.
/
Shorey A.
/
Kim H.J.
/
Thomas W.
/
Yoon Y.-K.
Language:
Inglés
Repository:
61
Subject:
Bandpass filters
/
Bandwidth
/
Glass
/
Microwave circuits
/
Optical resonators
/
Resonators
/
Substrates
/
Surface micromachining
/
Waveguides
/
Bandpass filter (BPFs)
/
Complementary split-ring resonator
/
Electrical conductivity
/
Evanescent wave amplification
/
External quality factor
/
Half-mode substrate integrated waveguides
/
Interconnection layers
/
Waveguiding structures
/
Substrate integrated waveguides
« Previous
1
Next »