In this thesis, the integration of CMOS devices with microbolometer on the same silicon chip was studied. Silicon based materials Poly-Si and Poly-SiGe layers were deposited as the sensor films as well as the CMOS gate electrode. Microbolometer test structures and CMOS devices were fabricated using separately process flows.Master of Science (Microelectronics
The thesis presents a monolithically integrated low-‐cost uncooled infrared imaging sensor using a ...
This paper reports a low-cost, 256-pixel uncooled infrared microbolometer focal plane array (FPA) im...
This bachelor’s thesis is focused on study and fabrication of infrared detectors. Other than just pr...
In this thesis, the integration of CMOS devices with Si-based microbolometer sensor on the same sili...
We demonstrate infrared focal plane arrays utilizing monocrystalline silicon/silicon-germanium (Si/S...
We demonstrate infrared focal plane arrays utilizing monocrystalline silicon/silicon-germanium (Si/S...
This paper introduces an 80x80 microbolometer array with a 35 mu m pixel pitch operating in the 8-12...
We demonstrate infrared focal plane arrays utilizing monocrystalline silicon/silicon-germanium (Si/S...
This paper reports implementation of a low-cost microbolometer focal plane array using n-well layer ...
Frontend bulk micro machining is one of the proven techniques of making suspended microstructures an...
This paper reports a new microbolometer structure with the CMOS n-well layer as the active element. ...
Frontend bulk micro machining is one of the proven techniques of making suspended microstructures an...
This paper presents the design, modelling and simulation results of silicon/silicon-germanium ( Si/S...
This thesis presents the efforts to develop low-cost microbolometer type uncooled infrared detector ...
This paper reports the development of a low-cost uncooled infrared microbolometer detector using a c...
The thesis presents a monolithically integrated low-‐cost uncooled infrared imaging sensor using a ...
This paper reports a low-cost, 256-pixel uncooled infrared microbolometer focal plane array (FPA) im...
This bachelor’s thesis is focused on study and fabrication of infrared detectors. Other than just pr...
In this thesis, the integration of CMOS devices with Si-based microbolometer sensor on the same sili...
We demonstrate infrared focal plane arrays utilizing monocrystalline silicon/silicon-germanium (Si/S...
We demonstrate infrared focal plane arrays utilizing monocrystalline silicon/silicon-germanium (Si/S...
This paper introduces an 80x80 microbolometer array with a 35 mu m pixel pitch operating in the 8-12...
We demonstrate infrared focal plane arrays utilizing monocrystalline silicon/silicon-germanium (Si/S...
This paper reports implementation of a low-cost microbolometer focal plane array using n-well layer ...
Frontend bulk micro machining is one of the proven techniques of making suspended microstructures an...
This paper reports a new microbolometer structure with the CMOS n-well layer as the active element. ...
Frontend bulk micro machining is one of the proven techniques of making suspended microstructures an...
This paper presents the design, modelling and simulation results of silicon/silicon-germanium ( Si/S...
This thesis presents the efforts to develop low-cost microbolometer type uncooled infrared detector ...
This paper reports the development of a low-cost uncooled infrared microbolometer detector using a c...
The thesis presents a monolithically integrated low-‐cost uncooled infrared imaging sensor using a ...
This paper reports a low-cost, 256-pixel uncooled infrared microbolometer focal plane array (FPA) im...
This bachelor’s thesis is focused on study and fabrication of infrared detectors. Other than just pr...