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In the geotechnical sector, temperature meters are used to track structural changes brought on by seasonal variations in concrete, structures, soil, water, and other materials.
A thermocouple (T/C) is a device that converts a difference in temperature into an electrical voltage by combining two different metals. An RTD (Resistance Temperature Detector) is a variable resistor that alters its electrical resistance in a precise, repeatable, and almost linear manner in direct proportion to the change in temperature.
An integrated circuit temperature transducer with two terminals known as an IC temperature sensor generates an output current proportional to the absolute temperature. The sensor package is compact and has a quick response time and minimal thermal mass.
The Global Temperature Sensor IC markets accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Two new digital temperature sensors are released by Maxim.
With the help of two new Essential Analog ICs from Maxim Integrated Products, Inc., designers of highly dependable cold-chain pharmaceutical and other temperature-sensing applications may now achieve a highly accurate and reliable system operation.
These temperature sensor ICs from Maxim Integrate d’s Essential Analog range exemplify the ideals of precise measurement and robust protection. Customers can measure temperature precisely and consequently safeguard their assets from any heat or cold harm.
Sens Irion introduces the STS4xA, a highly dependable digital temperature sensor series designed specifically for automotive applications. The sensor platform is equipped with an advanced on-board diagnosis system and supports automated optical inspection.
The STS4xA series currently has two versions: STS41A-AD1B and STS41A-AW1B, with the latter offering optional wettable flank packaging for automated optical inspection (AOI). Furthermore, the integrated on-chip heater enables advanced on-board diagnosis (OBD), allowing for functionality and plausibility diagnosis rather than simple presence checks.
I2C-bus temperature/voltage monitors provide industry-leading precision to meet any thermal management requirement.
NXP Semiconductor’s I2C temperature sensors include everything needed to quickly and easily determine the heat generated by other components on the board while controlling fans and other cooling mechanisms to optimize system performance.
These temperature sensors are used in a variety of applications, including personal computers, electronic equipment, RDIMMs, and industrial controllers.
Linear Technology (now Analog Devices) has introduced the LTC2984, a high-performance digital temperature measurement integrated circuit that directly digitizes RTDs, thermocouples, thermistors, and external diodes with 0.1°C conformity and 0.001°C resolution.
Linear Technology’s LTC2984 expands on the LTC2983 by including EEPROM (electrically erasable programmable read only memory) for storing user configuration data and custom sensor coefficients.
This addition eliminates the need for a host processor to program me any ICs or sensors, allowing the use of self-contained temperature sensing boards or modules. The LTC2984 and LTC2983 are pin and software compatible. The LTC2984’s nonvolatile memory allows for simpler designs and increased reliability in modular and custom sensor systems.
