A novel microprocessor-based temperature indicator has been developed and described. This indicator provides a linear performance over a wide dynamic temperature range of 0-100°C with an accuracy of ±0-l°C. The interfacing module reduces computing time required by the microprocessor for solving the thermistor equation. Test results are given to support the theory
The aim of the work was to design and carry out a microprocessor driven temperature controller which...
As energy consumption in high-performance systems has increased, thermal management has become a big...
The semiconductor resistances known as thermistors have more advantages compared with all other temp...
A novel thermistor-based temperature indicator using an RC oscillator and an up/down counter has bee...
A novel microprocessor-based platinum resistance temperature indicator has been developed and descri...
Temperature monitoring and control are very important in most modern process control applications. T...
This paper critically discusses the performance of an NTC thermistor sensor in the temperature range...
This paper describes the design and development of a personal computer based temperature monitoring ...
This paper describes the design of a temperature sensor based on integrated poly-silicon thermistors...
This thermometer is based on integrated temperature senzor SMT 160–30, it is destined for temperatur...
Conventional negative temperature coefficient thermistors can be made to give a linear emf readout o...
The wide range of thermal responses required in laboratory and scientific equipment requires a tempe...
A high-precision Complementary Metal-Oxide-Semiconductor (CMOS) temperature sensor for (−5 &de...
This paper aims to develop a computerized thermometer using PIC and RS232 serial interfacing. The an...
As energy consumption in high-performance systems has increased, thermal management has become a big...
The aim of the work was to design and carry out a microprocessor driven temperature controller which...
As energy consumption in high-performance systems has increased, thermal management has become a big...
The semiconductor resistances known as thermistors have more advantages compared with all other temp...
A novel thermistor-based temperature indicator using an RC oscillator and an up/down counter has bee...
A novel microprocessor-based platinum resistance temperature indicator has been developed and descri...
Temperature monitoring and control are very important in most modern process control applications. T...
This paper critically discusses the performance of an NTC thermistor sensor in the temperature range...
This paper describes the design and development of a personal computer based temperature monitoring ...
This paper describes the design of a temperature sensor based on integrated poly-silicon thermistors...
This thermometer is based on integrated temperature senzor SMT 160–30, it is destined for temperatur...
Conventional negative temperature coefficient thermistors can be made to give a linear emf readout o...
The wide range of thermal responses required in laboratory and scientific equipment requires a tempe...
A high-precision Complementary Metal-Oxide-Semiconductor (CMOS) temperature sensor for (−5 &de...
This paper aims to develop a computerized thermometer using PIC and RS232 serial interfacing. The an...
As energy consumption in high-performance systems has increased, thermal management has become a big...
The aim of the work was to design and carry out a microprocessor driven temperature controller which...
As energy consumption in high-performance systems has increased, thermal management has become a big...
The semiconductor resistances known as thermistors have more advantages compared with all other temp...
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