• No results found

Millimeter-wave Dual-Function Hollow Metal Waveguide to Microstrip Transition and Bandpass Filter based on ENZ Metamaterial

N/A
N/A
Protected

Academic year: 2019

Share "Millimeter-wave Dual-Function Hollow Metal Waveguide to Microstrip Transition and Bandpass Filter based on ENZ Metamaterial"

Copied!
6
0
0

Loading.... (view fulltext now)

Full text

Loading

Figure

Fig. 1. ENZ waveguide tunning effect. (1) Geometry illustration. Lossy copper is used as the metal walls
Fig. 3. A hollow metallic rectangular waveguide to microstrip transition. (a)  Geometry illustration
Fig. 4. Cascaded full structure. (a) Geometry illustration. The stage I and the stage II refers to the bandpass filter and waveguide transition shown in Fig

References

Related documents

The paper is discussed for various techniques for sensor localization and various interpolation methods for variety of prediction methods used by various applications

Retinal examination showed perivascular sheathing with frosted branch angiitis pattern in veins and patchy retinal hemorrhages.... Repeated ocular coherence tomography (OCT)

In the study presented here, we selected three rep- resentative pathogenic PV mAbs cloned from 3 different PV patients: F706, an anti-Dsg3 IgG4 isolated by heterohybridoma, F779,

effect of government spending on infrastructure, human resources, and routine expenditures and trade openness on economic growth where the types of government spending are

The possibility to access portions of the DATA file system (Jülich Supercomputing Centre, 2019b) from the VMs within HDF Cloud facilitates the user’s ability to use the same data

In the present paper, we prove equality for control-affine systems with a single control vector field and one-dimensional state space, in the case that Q is the closure of a control

Their system lies on an archi- tecture consisting of five layers: (i) the data source layer represented by the available Twitter APIs, (ii) the ETL layer (Extract, Transform, and