Fabrication of dielectric materials with low losses at microwave frequencies and stable dielectric properties under varying temperatures is an important and challenging area of research. In this paper characterisation of several planar dielectrics at microwave frequencies (∼9.5GHz) in the temperature range from 20 K to 290 K using a split post dielectric resonator has been presented. We have compared temperature stability of measured dielectric properties of RT5880, RT6010, LTCC, FR4 and Ba(MgTa )O materials. Presented results are useful for selection of a material suitable for a specific application. Copyright 2006 IEICE
Precise knowledge of microwave properties of Low Temperature Co-fired Ceramic LTCC materials is cruc...
Precise knowledge of microwave properties of Low Temperature Co-fired Ceramic LTCC materials is cruc...
Precise knowledge of microwave properties of Low Temperature Co-fired Ceramic LTCC materials is cruc...
Fabrication of dielectric materials with low losses at microwave frequencies and stable dielectric p...
Fabrication of dielectric materials with low losses at microwave frequencies and stable dielectric p...
Fabrication of dielectric materials with low losses at microwave frequencies and stable dielectric p...
Microwave characterisation of dielectric materials is vital to implement the material in communicati...
Microwave characterisation of dielectric materials is vital to implement the material in communicati...
Ba(MgxTay)O3 based dielectric materials are typically used in many microwave applications due to its...
Ba(MgxTay)O3 based dielectric materials are typically used in many microwave applications due to its...
The microwave properties of some of the low cost materials which can be used in high frequency appli...
The microwave properties of some of the low cost materials which can be used in high frequency appli...
Dielectric resonators are widely used in microwave circuits due to their small size, low loss and hi...
The competence of integrating circuits within LTCC materials is an added advantage to implement the ...
The competence of integrating circuits within LTCC materials is an added advantage to implement the ...
Precise knowledge of microwave properties of Low Temperature Co-fired Ceramic LTCC materials is cruc...
Precise knowledge of microwave properties of Low Temperature Co-fired Ceramic LTCC materials is cruc...
Precise knowledge of microwave properties of Low Temperature Co-fired Ceramic LTCC materials is cruc...
Fabrication of dielectric materials with low losses at microwave frequencies and stable dielectric p...
Fabrication of dielectric materials with low losses at microwave frequencies and stable dielectric p...
Fabrication of dielectric materials with low losses at microwave frequencies and stable dielectric p...
Microwave characterisation of dielectric materials is vital to implement the material in communicati...
Microwave characterisation of dielectric materials is vital to implement the material in communicati...
Ba(MgxTay)O3 based dielectric materials are typically used in many microwave applications due to its...
Ba(MgxTay)O3 based dielectric materials are typically used in many microwave applications due to its...
The microwave properties of some of the low cost materials which can be used in high frequency appli...
The microwave properties of some of the low cost materials which can be used in high frequency appli...
Dielectric resonators are widely used in microwave circuits due to their small size, low loss and hi...
The competence of integrating circuits within LTCC materials is an added advantage to implement the ...
The competence of integrating circuits within LTCC materials is an added advantage to implement the ...
Precise knowledge of microwave properties of Low Temperature Co-fired Ceramic LTCC materials is cruc...
Precise knowledge of microwave properties of Low Temperature Co-fired Ceramic LTCC materials is cruc...
Precise knowledge of microwave properties of Low Temperature Co-fired Ceramic LTCC materials is cruc...