EMC1186-1-AC3-TR

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Temperature sensors are vital pieces of equipment used in a wide variety of applications in various industries such as healthcare, manufacturing, automotive, aerospace, and more. Temperature sensors can be analog or digital, allowing for accurate measurements of temperature in a variety of environments. One of the most popular temperature sensors for many applications is the EMC1186-1-AC3-TR. This temperature sensor is typically used to detect changes in temperature levels in industrial settings and other environments. The following article will discuss the application fields and working principle of the EMC1186-1-AC3-TR temperature sensor.

The EMC1186-1-AC3-TR is a digital silicon bandgap temperature sensor with integrated resistance-to-temperature conversion technology. This type of temperature sensor is able to accurately measure environmental temperatures up to 140°C. This makes the sensor ideal for applications with extreme temperature ranges or harsh conditions. The EMC1186-1-AC3-TR is commonly used in industrial processes such as product manufacturing, manufacturing process monitoring and control, food manufacturing, refrigeration, boilers, and others.

The EMC1186-1-AC3-TR is an analog and digital output temperature sensor, meaning that it can output analog or digital signals depending on the user’s requirements. This allows for both flexible and accurate measurements of temperatures in various environments. The analog output of the EMC1186-1-AC3-TR typically ranges from -40°C to +140°C with accuracy of +/- 1°C. The digital output is typically available in two formats: one-wire or I2C. The one-wire format uses the device’s integrated I2C to output digital data in the form of a discrete and precision thermometer, while the I2C format uses an external I2C bus connection to output digital data in the form of a 1-wire interface. Both formats have a resolution of 0.75°C.

The working principle of the EMC1186-1-AC3-TR is based on the concept of resistance-to-temperature conversion. This means that as the temperature changes, the device’s resistance changes as well. The output of the device is dependent on the amount of resistance that is present in it and the amount of current that is passing through it. The device uses an integrated microprocessor to convert this resistance-to-temperature change into a digital or analog output. The device has a thermistor element inside that is responsible for sensing the changes in temperature and converting it into a signal. The thermistor is composed of two major elements, namely a resistance and a capacitor. The first one is responsible for sensing the change in temperature, while the second one is responsible for converting the sensor signal into a digital or analog output.

The EMC1186-1-AC3-TR is designed to be a reliable and cost-effective temperature sensor solution. It is often used in industrial settings where accuracy and flexibility of measurement is important. This type of temperature sensor is also utilized in medical and consumer applications due to its capability of accurately measuring temperatures in harsh environments. The EMC1186-1-AC3-TR is a great choice for applications that need accurate and reliable sensing of temperature in a wide variety of environments.

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