Electronic skin (e‐skin) functions as human–machines interaction interfaces, holding great
promise in future personal health monitoring and endowing robots with capability of sense of …

In this paper, a survey on the characteristics of thermoresistive sensors [positive temperature
coefficient (PTC) and negative temperature coefficient (NTC)] and their applications to …

A single resistor can be used for quasi-simultaneously heating and temperature sensing. For
instance, in microsystems this strategy is often employed for temperature control, flow …

This paper presents an architecture of a hot-wire anemometer that adjusts the difference
between the sensor temperature and the fluid temperature and maximizes the sensitivity of …

This paper proposes a new architecture of a controlled-temperature hot-wire anemometer
using voltage feedback linearization. The voltage feedback linearizes the sensor input …

In this paper a new analog behavioral model of a negative temperature coefficient
thermoresistive sensor developed using SPICE for a hot-wire Wheatstone-Bridge Constant …

In this paper, an architecture of an electrical equivalence pyranometer with analog control of
the temperature difference is presented. The classical electrical equivalence pyranometer …

Thermo-resistive sensors are widely used in metrology and instrumentation systems. In the
case of radiometers used in measurement of solar radiation, the classical architecture uses …

The present work deals with the development of low cost, appreciably accurate precision
electronic circuit for resistive sensor where measurement of the incremental resistance …

In this paper it is analysed the performance dependence on the ambient temperature of the
constant temperature Wheatstone Bridge architecture for a radiometer. The parameters …