Embedded Temperature Sensor Market is expanding rapidly with Mitsubishi Electric Corporation launching Mitsubishi Electric Diode InfraRed (MelDIR), a thermal sensor for HVAC applications
The new temperature-sensitive
temperature measurements are also proving beneficial in many industries, as
they are ideal for measuring the temperature inside low-light areas and for use
in home appliances. Furthermore, with the continuous advances in the technology
of temperature sensors, the accuracy and reliability of these devices are
improving continuously. When it comes to regional footprint, developed regions
such as North America seem to be gaining significant traction in the embedded
temperature sensor market. This is typically due to the fact that there is high
demand for temperature sensors from the oil & gas and automotive sectors.
Similarly, there is a high demand for temperature sensors in the chemicals
industry for the prevention of overheating, moisture development, and
corrosion.
Temperature Sensors are used to
detect changes in temperature and this can be done by using an active or
passive RFID tag. A passive RFID tag has an electric charge that can only be
maintained through the emission of light. If the light emitted by the RFID tag
is not maintained, the battery will be drained and it would then require
recharging. In modern medical devices, the use of temperature sensors has
become imperative. Much advanced healthcare equipment such as anesthesia
delivery machines, kidney dialysis machines, blood analyzers, sleep apnea
machines, and digital thermometers. Recently, in February 2021, GoPAPfree, a
home care provider, launched new oral appliance O2Vent Optima for sleep apnea
treatment. Hence, the advent of such products can stimulate growth of the embedded
temperature sensor market.
Another reason why embedded
temperature sensors are expected to dominate the global embedded temperature
sensor market during the forecast period is because of their high reliability.
Since they can sense temperature changes within the range of a centigrade to 6
degrees Celsius, they offer exceptionally accurate temperature readings. That
being said, there are several factors that can pose significant challenges. Raw
material prices fluctuate frequently, which can disrupt the supply chain
system. Besides, there are stringent performance requirements for advanced
applications, which can potentially impede growth of the embedded temperature
sensor market in the near future.
There has been high demand for a
temperature sensor in the automotive sector. Automotive temperature sensors are
being used to measure temperature at many places such as in thermistors,
infrared devices, thermocouples, resistance temperature detectors (RTD), and
many more. With rapidly growing automotive sector the demand for such
temperature sensors is likely to surge. Thus, these factors can augment growth
of the embedded temperature sensor market.
Recently, in March 2021, Mitsubishi
Electric Corporation launched its Mitsubishi Electric Diode InfraRed (MelDIR) sensor
lineup, a new thermal sensor with a field of view (FoV) and high 80X60 pixel
resolution in HVAC application.
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