Littelfuse Simplifies Temperature Control with Standard Stock of NTC Thermistor Series

Published  September 8, 2023   0
S Staff
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NTC Thermistor Series

Littelfuse, Inc., a leading industrial technology manufacturing company, has unveiled its comprehensive lineup of negative temperature coefficient (NTC) thermistors designed to detect and measure heat or thermal energy across a wide array of applications. These NTC thermistors are capable of converting thermal energy into electrical signals, facilitating precise monitoring in applications ranging from HVAC and automation to battery management systems, automotive components, medical equipment, household appliances, and consumer electronics.

Michel Ramirez, Littelfuse's Industrial Business Product Manager, emphasized the company's commitment to meeting customer demands for accurate and reliable temperature sensing solutions. Littelfuse's new NTC thermistor series, now readily available in stock, caters to this need by offering an expansive inventory that is easily selectable through an intuitive temperature sensor part selector. This approach ensures quick quoting and fast delivery times, enabling customers to streamline their temperature control requirements.

The newly introduced NTC thermistor series encompasses a diverse range of products, each tailored to specific application needs. These include the Glass-Encapsulated NTC Thermistor NGD Series, the Ring Lug Surface Temperature Sensing NTC Thermistor Probe Assembly NPRL Series, the Straight Stainless-Steel NTC Thermistor Probe NPSS Series, the Metal Electrode Leadless Face (MELF) Style Glass-Encapsulated NTC Thermistor NSS Series, Surface-mount End-banded NTC Thermistor NSRA, NSRB, NSKR, and NSLR Series, as well as the Miniature Leaded Epoxy-coated NTC Thermistor NXK Series and the Leaded Epoxy-coated, Uninsulated NTC Thermistor NXU Series. This comprehensive product range ensures that customers can find the ideal solution to meet their unique temperature sensing and control requirements.

For more information on these innovative NTC thermistors and to explore the temperature sensor part selector.