TMP36FSZ-REEL

The TMP36FSZ-REEL is an analog and digital output temperature sensor used in a wide range of applications. It is a very sensitive and accurate device able to measure temperatures from -40 degrees Celsius (-40°F) up to 125 degrees Celsius (257°F). It has an industry-standard small design with minimal thermal mass, making it ideal for applications where there is limited or no extra room available.

When used, the TMP36FSZ-REEL measures the ambient temperature in its environment and converts it into an electrical signal. This signal is then compared to an internal reference voltage of 1.25V. Depending on the temperature, the output voltage of the device ranges between 0 to 1.25V. The standard accurate range is set between 0 to 3.0V.

The device has three pins, one for the power, one for the ground and one for the output. It requires 3.2V (VDD) up to 6.3V (VDD) for operating and can measure temperatures from -40 to + 125 degrees Celsius. The output voltage is proportional to the temperature ratio; the higher the temperature, the higher the voltage output.

The TMP36FSZ-REEL is an excellent choice to use in applications requiring an easy and accurate way to measure temperature. They are commonly used in industry, automotive, consumer, military, and medical sectors. In industrial settings, they are used to monitor the temperatures of machines, motors, and other equipment to ensure their optimal performance and safety. In consumer and automotive applications, they are used to measure the temperature of air conditioning systems, heating systems, and other environmental conditions while in the military and medical sectors, they are mostly used as life signs monitors for personnel and patients.

The TMP36FSZ-REEL is a very reliable device with a good resistance to noise interference. It is built with very few external components, such as grounding pins, to help reduce noise pick-up. In addition, it offers several features such as high-temperature accuracy (up to ±1°C accuracy), low self-oscillation (reduced frequency and amplitude drift), and short response time (as low as 10ms).