The propose of this paper is the experimental validation of a temperature coefficient less
than 0.2 ppm/C, theoretically obtained in a low-voltage bandgap references type circuit …

The novel integrated circuit (IC) temperature sensor presented in this paper works similarly
as a two-terminal Zener, has breakdown voltage directly proportional to Kelvin temperature …

The need to increase accuracy and stability in the design of temperature sensors and
bandgap references has lead to recent experimental studies of the emission coefficient n.. In …

An accurate design method of a low-voltage curvature-corrected bandgap type circuit was
previosly reported in DCIS2000, that achieved a theoretical temperature coefficient of less …

The base-emitter voltage, due to its extremely reproducible exponential characteristic, is the
basic element in the design of IC temperature sensors and temperature compensated …

Nowadays the qualities more looked for in the design of bandgap references are the low
potential of the reference and the low value of its coefficient of temperature, being these …

The rising complexity of electronic systems, the reduction of components size, and the
increment of working frequencies demand every time more accurate and stable integrated …

Actualmente las cualidades más buscadas de las referencias bandgap son el bajo potencial
de referencia y el bajo valor del coeficiente de temperatura, siendo estos parámetros más …

En la actualidad se mantiene el interés en las fuentes de voltaje de referencia bandgap
utilizando tecnología bipolar y todas requieren ajuste final debido a la dispersión de los …

Estudios experimentales recientes han reportado un aumento del coeficiente de emisión na
bajas temperaturas y corrientes de polarización constante. En este trabajo se muestra …