We present a novel thermopile-based infrared (IR) sensor array fabricated on a single CMOS dielectric membrane, comprising of poly-silicon p+ and n+ elements. Processing of the chip is simplified by fabricating the entire array on a single membrane and by using standard CMOS Al metal layers for thermopile cold junction heatsinking. On a chip area of 1.76 mm × 1.76 mm, with a membrane size of 1.2 mm × 1.2 mm, we fabricated IR sensor arrays with 8 × 8 to 100 × 100 pixels. The 8 × 8 pixel device has <2% thermal crosstalk, a responsivity of 36 V/W and enhanced optical absorption in the 8–14 µm waveband, making it particularly suitable for people presence sensing
A thermopile-based detector array for use in a miniaturized Infrared (IR) spectrometer has been desi...
A thermopile-based detector array for use in a miniaturized Infrared (IR) spectrometer has been desi...
We report on a monolithic integrated infrared sensor system consisting of a thermopile, a sensor mea...
We present a novel single-chip thermopile sensor array for mid-infrared room temperature imaging. Th...
We present a novel single-chip thermopile sensor array for mid-infrared room temperature imaging. Th...
We report on the use of SIMOX substrates for fabrication or IR radiation thermopiles by CMOS technol...
We report on the use of SIMOX substrates for fabrication or IR radiation thermopiles by CMOS technol...
A thermopile infrared detector fabricated using silicon integrated-circuit technology has been inves...
10.1088/0960-1317/23/6/065026Journal of Micromechanics and Microengineering236-JMMI
In this paper, we describe an infrared thermopile sensor comprising of single crystal silicon p+ and...
Abstract — In this paper, the design, fabrication, and testing of a CMOS compatible mid-infrared (mi...
AbstractIn this paper, we describe an infrared thermopile sensor comprising of single crystal silico...
International audienceThis paper describes a CMOS-compatible self-testable uncooled infrared (IR) im...
International audienceThis paper describes a CMOS-compatible self-testable uncooled infrared (IR) im...
[[abstract]]A new CMOS compatible thermopile was designed and fabricated with high fill factor, the ...
A thermopile-based detector array for use in a miniaturized Infrared (IR) spectrometer has been desi...
A thermopile-based detector array for use in a miniaturized Infrared (IR) spectrometer has been desi...
We report on a monolithic integrated infrared sensor system consisting of a thermopile, a sensor mea...
We present a novel single-chip thermopile sensor array for mid-infrared room temperature imaging. Th...
We present a novel single-chip thermopile sensor array for mid-infrared room temperature imaging. Th...
We report on the use of SIMOX substrates for fabrication or IR radiation thermopiles by CMOS technol...
We report on the use of SIMOX substrates for fabrication or IR radiation thermopiles by CMOS technol...
A thermopile infrared detector fabricated using silicon integrated-circuit technology has been inves...
10.1088/0960-1317/23/6/065026Journal of Micromechanics and Microengineering236-JMMI
In this paper, we describe an infrared thermopile sensor comprising of single crystal silicon p+ and...
Abstract — In this paper, the design, fabrication, and testing of a CMOS compatible mid-infrared (mi...
AbstractIn this paper, we describe an infrared thermopile sensor comprising of single crystal silico...
International audienceThis paper describes a CMOS-compatible self-testable uncooled infrared (IR) im...
International audienceThis paper describes a CMOS-compatible self-testable uncooled infrared (IR) im...
[[abstract]]A new CMOS compatible thermopile was designed and fabricated with high fill factor, the ...
A thermopile-based detector array for use in a miniaturized Infrared (IR) spectrometer has been desi...
A thermopile-based detector array for use in a miniaturized Infrared (IR) spectrometer has been desi...
We report on a monolithic integrated infrared sensor system consisting of a thermopile, a sensor mea...