Our AT52D series NTC (Negative Temperature Coefficient) thermistors are an excellent choice when cost-effective and reliable temperature measurement is required. With their dimensions of Ø 2.8 x 6 mm and Ø 3.3 x 8 mm, they offer a compact design that is ideal for various applications.
The temperature range of our AT52D series extends from -40°C to +125°C, giving you accurate measurement over a wide temperature range. Whether you need accurate temperature monitoring in electronic equipment, home appliances, industrial equipment or other applications, our thermistors will provide you with reliable results.
The nominal resistance R25 varies between 1 kΩ and 1000 kΩ and can be selected according to your requirements. With a tolerance of ±1% to ±5%, our thermistors offer high accuracy, so you can rely on precise readings.
What makes our AT52D series thermistors special is their stranded wire connections. The strands provide a flexible and secure connection that is easy to handle. They provide good electrical conductivity and allow various processing methods such as soldering, crimping and welding. This allows you to easily integrate the thermistors into your existing circuits.
Our AT52D series NTC thermistors with stranded wire connections are not only cost-effective, but also extremely versatile. They can be easily used in various applications, whether in the automotive industry, medical technology, air conditioning or many other areas. Rely on the reliability and precision of our thermistors to ensure optimal temperature monitoring and control.
With the AT52D series, we offer you a solution that meets your requirements and is easy on your budget at the same time. Rely on our many years of experience and our high-quality products to obtain precise temperature measurements and ensure efficient functionality of your applications.
Experience the quality and performance of our AT52D series NTC thermistors with stranded wires and discover how they can best meet your temperature measurement needs. Invest in a reliable solution that gives you precise measurement results and takes your applications to a new level.
