A Small CMOS Temperature Sensor With a Inaccuracy of -0.6'C~1.1'C From 25'C~115'C

초록

This paper presents a temperature sensor employing a very small sensor core, which occupies only 15um·10um. The start-up circuit in the temperature sensor, which consists of gate-source coupled NMOS transistor, operates at a sub pico ampere of quiescent current. The sensor output is represented in a ratio-metric form to reduce the error from a process variation. The error was measured to be ±0.6℃ after two-point calibrations. This temperature sensor core can be placed in the active pixel area of a OLED display panel which needs temperature compensation.

제목
A Small CMOS Temperature Sensor With a Inaccuracy of -0.6'C~1.1'C From 25'C~115'C
저자
Park, Tai-SoonPark, Sang Gyu
발행일
2011-10-14
학회명
The 11th International Meeting on Information Display (IMID 2011)
개최지
킨텍스
개최국가
대한민국
학회 개최일
2011-10-11 ~ 2011-10-15