Temperature sensors find countless uses in our daily lives, enabling the functionality of common devices such as thermometers, refrigerators, microwaves, and water heaters. Beyond domestic applications, temperature sensors also benefit the operations of geotechnical monitoring, aviation, medicine, manufacturing, and more. As basic instruments capable of measuring heat and cold as a numerical unit, temperature sensors are quite important for many applications and industries. In this blog, we will provide a brief overview of the functionality of temperature sensors and their types, allowing you to better understand how they function and how they are used.

A relay is an electrically controlled switch composed of an electromagnet that is assisted by a spring-loaded changeover contact. Implemented when high power or voltage circuits need to be used in tandem with a low voltage circuit, such components also make it possible for circuits to reach galvanic isolation when needed. When deciding between relays, it is imperative that the device being chosen fits your systems circuitry and requirements. To achieve optimal results for whatever your intended relay needs may be, we will discuss the importance of relay systems and their various operational considerations for your ease of procurement.