Thermistor 10K Ohm | MF52 3950 with 1% Tolerance | Precision Temp Sensing

The NTC MF52AT thermistor senses temperature by changing its electrical resistance. This gives you a simple way to add temperature measurement to your electronics. You can get it in 10k or 100k ohm versions. It has a 1% tolerance for accurate readings. Features and Benefits - Accurate Temperature Sensing - This MF52AT sensor has a 1% resistance tolerance and a B-value of 3950. It provides clear and exact temperature data for your circuits. - NTC Resistance Curve - It's a Negative Temperature Coefficient resistor. Its resistance goes down as the temperature goes up. A microcontroller can easily measure this change. - 10k or 100k Ohm Options - Pick the base resistance that fits your project's temperature range and how sensitive it needs to be. It works for room monitoring or a 3D printer hotend. - Fast Thermal Response - The small epoxy-coated bead lets the sensor react quickly to temperature changes. This is important for control systems. Applications - 3D Printers and HVAC - People commonly use this NTC thermistor for 3D printer hotends. It also monitors air temperature in heating and cooling systems. - Arduino Projects - Connect it to an Arduino's analog input with a voltage divider circuit. You can build custom thermometers, thermostats, or temperature data loggers. - Battery Management Systems - It's placed inside battery packs to check cell temperature. This helps stop overheating when charging and using the battery. What It Is This product is a pack of 100 NTC Thermistors, specifically the MF52AT model, designed for precision temperature sensing. Each thermistor has a resistance of 10K ohm or 100K ohm and an accuracy of 1%. The B-Value is 3950. NTC stands for Negative Temperature Coefficient, meaning their resistance decreases as temperature increases. This characteristic allows them to function as reliable temperature sensors in various electronic circuits. Key Uses & Applications These 10K Ohm MF52 3950 NTC Thermistors are suitable for a wide range of applications requiring precise temperature measurement. They are commonly used in temperature control systems, automotive electronics, domestic appliances, and industrial equipment. Their 1% accuracy ensures reliable readings for critical applications where small temperature changes need to be detected and responded to. The black colour is standard for these components. How to Choose When selecting a thermistor, consider the required resistance, B-value, and accuracy. This product offers 10K ohm or 100K ohm resistance with a 3950 B-value and 1% accuracy. The MF52AT model is a common choice for general-purpose temperature sensing. Ensure the thermistor's operating temperature range meets your application's needs, although specific range details are not provided for this product. Always verify compatibility with your existing circuit design. Grit / Spec Guide This product is a pack of 100 NTC-MF52AT thermistors. The key specifications are a resistance of 10K ohm or 100K ohm, a B-Value of 3950, and an accuracy of 1%. The model is MF52AT, also known as MF52. These specifications are crucial for determining how the thermistor will perform in a circuit. A 1% tolerance indicates high precision for temperature measurement. Care & Safety Handle thermistors with care to avoid damage to the leads or the component body. Store them in a dry environment to prevent moisture ingress, which can affect performance. When soldering, use appropriate techniques to avoid overheating the component, as excessive heat can alter its characteristics. Always ensure power is disconnected before installing or removing thermistors to prevent electrical shock or damage to the circuit.