This paper proposes two new methods to obtain "multizero" stopband filters, using microstrip lines on nanoporous membranes filled with magnetic materials. The first method consists of electrodeposition of multilayered nanowires in the pores of the membrane. In the second one uniform nanowires are rearranged under the strip to form Photonic Bandgaps (PBG) structures. Next, we show that the ferrimagnetic properties of the nanowired substrate can be used to fabricate a planar circulator topology yielding nonreciprocal effects without applying a DC magnetic field.Anglai
The use of nanowires as a tunable stop-band notch-filter (reciprocal device) in a coplanar waveguide...
The use of nanowires as a tunable stop-band notch-filter (reciprocal device) in a coplanar waveguide...
The use of nanowires as a tunable stop-band notch-filter (reciprocal device) in a coplanar waveguide...
This paper proposes two new methods to obtain "multizero" stopband filters, using microstrip lines o...
In this paper, we first present an electromagnetic characterisation of a composite substrate based o...
This letter presents a novel microstrip structure using a nanoscale porous substrate filled by a fer...
In this article, we show how the microwave properties of ferromagnetic nanowires electrodeposited in...
Microwave devices demand nowadays small sizes and broad bandwidth. Ferromagnetic nanowired membranes...
Abstract. Microwave devices as circulators or tunable filters demand nowadays small size and broad b...
In this paper, we present a stopband filter synthesis using a new class of photonic bandgap (PBG) ma...
Microwave devices are currently used for applications in various areas of telecommunications, from t...
Microwave devices are currently used in various areas of telecommunications, from wireless systems t...
In this paper, we present the design of a planar unbiased microwave circulator operating at K-band. ...
This work aims to study the ferromagnetic resonance absorption of microwave electromagnetic signals ...
Microwave devices mostly use ferrite circulators, which need an external magnetic bias. Cost and siz...
The use of nanowires as a tunable stop-band notch-filter (reciprocal device) in a coplanar waveguide...
The use of nanowires as a tunable stop-band notch-filter (reciprocal device) in a coplanar waveguide...
The use of nanowires as a tunable stop-band notch-filter (reciprocal device) in a coplanar waveguide...
This paper proposes two new methods to obtain "multizero" stopband filters, using microstrip lines o...
In this paper, we first present an electromagnetic characterisation of a composite substrate based o...
This letter presents a novel microstrip structure using a nanoscale porous substrate filled by a fer...
In this article, we show how the microwave properties of ferromagnetic nanowires electrodeposited in...
Microwave devices demand nowadays small sizes and broad bandwidth. Ferromagnetic nanowired membranes...
Abstract. Microwave devices as circulators or tunable filters demand nowadays small size and broad b...
In this paper, we present a stopband filter synthesis using a new class of photonic bandgap (PBG) ma...
Microwave devices are currently used for applications in various areas of telecommunications, from t...
Microwave devices are currently used in various areas of telecommunications, from wireless systems t...
In this paper, we present the design of a planar unbiased microwave circulator operating at K-band. ...
This work aims to study the ferromagnetic resonance absorption of microwave electromagnetic signals ...
Microwave devices mostly use ferrite circulators, which need an external magnetic bias. Cost and siz...
The use of nanowires as a tunable stop-band notch-filter (reciprocal device) in a coplanar waveguide...
The use of nanowires as a tunable stop-band notch-filter (reciprocal device) in a coplanar waveguide...
The use of nanowires as a tunable stop-band notch-filter (reciprocal device) in a coplanar waveguide...