High measurement accuracy, outstanding aging resistance and low temperature drift, capable of long-term continuous and stable operation. Adopting miniature bead structure, compact and space-saving, featuring sensitive temperature sensing and fast response speed. Strict production and screening process ensures excellent batch consistency and high product interchangeability, ideal for mass assembly. Wide resistance range: 0.1KΩ～500KΩ with flexible selection of multiple specifications. Controlled by precision manufacturing process, the accuracy of resistance and B-value can reach ±1%, enabling more accurate temperature measurement, temperature control and temperature compensation.

 

 

Nominal Resistance Range: 0.1KΩ～500KΩ Operating Temperature Range: -40℃～+125℃ Response Time: ≤12s Dissipation Factor: ≥2.5mW/℃ Standard B-Value: 3435, 3950, 3977 optional Accuracy Grade: ±1% / ±2% / ±5%

 

 

MF52D is an epoxy resin encapsulated bead NTC thermistor. Adopted waterproof and moisture-proof sealing compound, it features strong insulation, humidity resistance and corrosion resistance. Comes with standard straight-through tinned leads with excellent solderability, compatible with manual soldering, wave soldering and automatic insertion. Compact and sturdy structure with shock resistance and bending resistance, suitable for installation and layout in narrow PCB spaces.

 

 

Ultra-wide resistance range covering high and low resistance, meeting various circuit design requirements. Wide temperature resistance, stable operation in general civil and industrial control environments. High precision and low error, suitable for high-accuracy temperature measurement and over-temperature protection applications. Strong versatility and cost performance, easy replacement, helping reduce costs and improve efficiency.

 

 

Widely used in small home appliances, switching power supplies, power batteries, energy storage equipment, industrial instruments, medical electronics, smart home appliances, frequency conversion control and other fields, for temperature detection, over-temperature protection and circuit temperature compensation.