Do You Need Thermistor Sensors or Another Type of Temperature Sensor?
One of the advantages of working with a custom design team for temperature sensors is that you have the opportunity to choose the features that match your needs. How do you know if you should choose thermistors, RTD sensors, or thermocouples? There are a variety of options to choose from, so it is important that you take your time when making these decisions. Here at Kelvin Technologies, our team is available to help you every step of the way.
Why Temperature Sensors are Necessary
Do you need a temperature sensor for your product or equipment? There are different applications that require the measurement of temperature, either for data and tracking or safety features. For example, if you are working with high temperatures, then it is possible that the machinery could break down if the equipment overheats. Temperature sensors can be used to measure the changes, and automatic shut-down features can be integrated if needed.
In other situations, it might be helpful to have ongoing temperature measurement to see how things are changing in different circumstances. Every situation is unique, but there is a common theme across many industries: temperature sensors are needed.
Customizing Your Temperature Sensors
Thermistor sensors vary from other designs because of the materials that are used in the product. Often, polymer or ceramic is used for thermistors, while RTDs require pure metal materials. Because the design is different, there are different temperature responses that you can expect. Thermistors offer better accuracy and precision compared with other products. But, they also have a limited temperature range compared with other styles of temperature sensors.
If you need a wide range of temperature measurement, then you might consider the advantages of Resistance Temperature Detectors (RTDs). On the other hand, if precision and accuracy are more important than range, then you should look at the benefits of thermistor sensors.
There isn’t one type of sensor that will work in every application. So, you should start your research by talking to an experienced manufacturing team to identify the features that will best match your requirements. Understanding the different options that are available will help you gain the knowledge to make an informed decision.
History of Effective Thermistor Applications
The discovery of semiconductor behavior happened in 1833, but it took a while before the tools could be developed to create temperature sensors. Michael Faraday was the person who made this discovery when he found that the resistance of silver sulfide changed when exposed to different temperatures.
Initially, early thermistors weren’t often used because of the difficulty of production. Eventually, the technology was able to be commercially produced in the 1930s. Today, these temperature sensors are widely used in many industries.
At Kelvin Technologies Inc., we stay up-to-date with the changes in the temperature sensor industry. If you are interested in learning more about thermistor sensors or other types of sensors, then we invite you to contact our team right away. Our location is found at1351 Matheson Blvd E #3, Mississauga, ON, L4W 2A1. You can call us during regular business hours for more details about the custom manufacturing services that we offer:(905) 238-7060