MM103E1K

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Temperature Sensors - NTC Thermistors are among the most widely used types of temperature sensors and are particularly suitable for applications requiring precise temperature control or measurement. The MM103E1K is a widely used NTC thermistor, offering an accurate, fast, and reliable way to measure and control temperatures. This article will provide an overview of the MM103E1K application field and working principle.

The MM103E1K is a low cost, high precision NTC thermistor, designed for use in a variety of industrial and commercial applications. It is capable of measuring temperatures up to 600 °C and offers very accurate readings over a wide temperature range. The MM103E1K is commonly used in industrial process control, automotive products, building HVAC systems, and medical equipment.

The MM103E1K is available in various options, such as CAN communication and analog voltage outputs. The CAN communication option enables controlled devices to communicate with other system controls in a distributed structure, making it a great option for distributed temperature systems. The analog voltage output option enables the measuring device to output a voltage signal proportional to the temperature. This is useful when long-distance temperature sensing is required.

The MM103E1K has a fast response time of less than one second, which is essential for precision applications. This fast response time ensures that temperatures are accurately measured in short time frames. The thermistor also offers exceptional stability over time. The tolerance levels for temperature measurements are less than 2°C throughout the entire temperature range.

The MM103E1K uses Negative Temperature Coefficient (NTC) technology to detect changes in temperature. NTC thermistors are resistors with a resistance that decreases as the temperature rises. The MM103E1K uses this technology in order to measure temperature accurately. The thermistor is made up of two metals that have different temperature coefficients. The semiconductor material, which contains the metal, is heated when a current is passed through it. As the temperature rises, the resistance decreases. The voltage across the resistor is measured and converted into a temperature reading.

In conclusion, the MM103E1K is a reliable and cost-effective temperature sensor that offers high accuracy and stability over time. It is ideal for a variety of industrial and commercial applications and offers a range of options for communication and voltage output. The MM103E1K also uses Negative Temperature Coefficient technology to accurately measure changes in temperature.

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