This paper discusses the performance of a thick-film ferroelectric phase shifter at high frequency. The phase shifter is fabricated from Barium Strontium Titanate (BST) thick-films on alumina substrates using a screen-printing method, and the electrodes are patterned using direct gravure-printing. We have achieved down to 40 μm gaps between electrodes using this method. Comparison between the theoretical response and experiment results will be presented. The extracted dielectric constants of the BST material using this phase shifter is also be presented here
A fundamental limitation of screen printing is the achievable alignment accuracy and resolution. Thi...
Screen printing provides a cost effective, high productivity and flexible method to achieve lead zir...
This work deals with the performance of coupled microstripline phase shifters (CMPS) fabricated usin...
We report the latest development in the ferroelectric thick film technology for microwave applicatio...
A thick-film phase shifter fabricated from screenprinted ferroelectric capacitors and metallization ...
An artificial transmission line based on Barium-Strontium-Titanate (BST) thick-film is used as a pha...
The paper is focused on the influence of the morphology of barium strontium titanate (BST) thick-fil...
The phased array antenna (PAA) is a key concept in the realization of electronic beam forming and be...
The deposition of thick film pastes by screen-printing is a relatively simple and convenient method ...
Barium Strontium Titanate (BST) based ferroelectric thin film devices have been popular over the las...
Abstract The thesis describes electrically tunable microwave devices utilising low sintering tempera...
The barium titanate (BaTiO3) thick films were prepared by screen printing technique using powders ob...
Abstract⎯This paper describes the design, fabrication and test results of a family of integrated low...
The lead free ferroelectrics, strontium barium niobates, were synthesized via the low cost solid sta...
Barium Strontium Titante (BST) thin film based varactors are optimized for implementation in electri...
A fundamental limitation of screen printing is the achievable alignment accuracy and resolution. Thi...
Screen printing provides a cost effective, high productivity and flexible method to achieve lead zir...
This work deals with the performance of coupled microstripline phase shifters (CMPS) fabricated usin...
We report the latest development in the ferroelectric thick film technology for microwave applicatio...
A thick-film phase shifter fabricated from screenprinted ferroelectric capacitors and metallization ...
An artificial transmission line based on Barium-Strontium-Titanate (BST) thick-film is used as a pha...
The paper is focused on the influence of the morphology of barium strontium titanate (BST) thick-fil...
The phased array antenna (PAA) is a key concept in the realization of electronic beam forming and be...
The deposition of thick film pastes by screen-printing is a relatively simple and convenient method ...
Barium Strontium Titanate (BST) based ferroelectric thin film devices have been popular over the las...
Abstract The thesis describes electrically tunable microwave devices utilising low sintering tempera...
The barium titanate (BaTiO3) thick films were prepared by screen printing technique using powders ob...
Abstract⎯This paper describes the design, fabrication and test results of a family of integrated low...
The lead free ferroelectrics, strontium barium niobates, were synthesized via the low cost solid sta...
Barium Strontium Titante (BST) thin film based varactors are optimized for implementation in electri...
A fundamental limitation of screen printing is the achievable alignment accuracy and resolution. Thi...
Screen printing provides a cost effective, high productivity and flexible method to achieve lead zir...
This work deals with the performance of coupled microstripline phase shifters (CMPS) fabricated usin...