2016•Unpublished venueRequires access

Error analysis and experimental test of precision temperature measure circuit

Ouyang Hang, Juliang Cao, Meiping Wu, Kaixin Luo

Open publisher page 1 citations

Abstract

In some industrial productions and precision instruments, it requires high-precision temperature control temperature, measurements is the basis of temperature control. This paper has made some theoretical error analysis and developed a high-precision temperature measurement circuit, based on the error analysis, the type and precision of the critical power supply chip power and precision resistance has been determined, ultimately through the simulation, the precision devices has been determined, and under the selected devices, a temperature test has done, after all, the temperature measurement circuit precision can reach 0.02 °C, it meets the needs of industrial production and a number of precision instruments.

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What this paper is about

In some industrial productions and precision instruments, it requires high-precision temperature control temperature, measurements is the basis of temperature control. This paper has made some theoretical error analysis and developed a high-precision temperature measurement circuit, based on the error analysis, the type and precision of the critical power supply chip power and precision resistance has been determined, ultimately through the simulation, the precision devices has been determined, and under the selected devices, a temperature test has done, after all, the temperature measurement circuit precision can reach 0.02 °C, it meets the needs of industrial production and a number of precision instruments.

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Available abstract

In some industrial productions and precision instruments, it requires high-precision temperature control temperature, measurements is the basis of temperature control. This paper has made some theoretical error analysis and developed a high-precision temperature measurement circuit, based on the error analysis, the type and precision of the critical power supply chip power and precision resistance has been determined, ultimately through the simulation, the precision devices has been determined, and under the selected devices, a temperature test has done, after all, the temperature measurement circuit precision can reach 0.02 °C, it meets the needs of industrial production and a number of precision instruments.

Key concepts: Accuracy and precision, Temperature measurement, Observational error, Power (physics), Temperature control, Computer science, Measurement uncertainty, Measure (data warehouse)

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