SPUBAT7A2

The SPUBAT7A2 technology is a high-precision, real-time temperature measurement and compensation control system, and it is suitable for closed loop temperature sensing and regulation applications. The technology has been widely used in industrial fields such as communication, automotive, medical, petrochemical and fuel cell. It can quickly measure the temperature of a certain object and accurately feedback to the system, which can control the environment more efficiently and reduce the operation costs.

The SPUBAT7A2 application field mainly covers two areas, one is for closed-loop temperature control, the other is for temperature profiling. For the closed-loop application, the temperature feedback loop control utilizes the SPUBAT7A2 temperature sensor for direct and real-time temperature measurements, and rapidly adjusting the controlling system. This way, the closed-loop temperature control is accurately and quickly achieved. Additionally, SPUBAT7A2can collect temperature data during a time period, and then transfer to the temperature profiling applications to fulfill the temperature control and corresponding PID regulation.

The working principle of SPUBAT7A2 follows the basic thermoelectric effect. Subsequently, the thermocouple bridge will be constructed by two thermocouple couples, with one dedicated to accurately measuring the object temperature, and the other to measuring the cold junction temperature, compensating the thermoelectric voltage measured by the sensor. Thus, the measured data is accurately converted to the object temperature, which can be quickly transferred to the controlling system for further action. Furthermore, the compensation effect of the accuracy ensures that the data is accurate and reliable so that precise and efficient temperature control could be accomplished.

Moreover, the SPUBAT7A2 temperature measurement and compensation are highly reliable due to the advanced digital signal processing techniques. This ensures a highly accurate temperature control with a resolution of 0.1°C and an accuracy of 0.5°C. Additionally, the system can measure the temperature from a wide range by multiple thermocouples, such as the silicon, nickel, cobalt-nickel, and the other thermoelectric materials.

Overall, the SPUBAT7A2 technology is a versatile and reliable temperature measurement and compensation control system that can quickly and accurately feedback to the controlling system. By doing so, the environment can be more efficiently regulated with better accuracy and lower operating costs.