Through Hole MF52 Type 10K 3950B High Reliability NTC Thermistor Sensor, Low Thermal Drift, Wide Working Range For Home Appliance Temperature Control

Product Description

The MF52 through-hole NTC thermistor is a classic bead-type temperature sensing component widely used in home appliance temperature control and industrial circuits. It has a nominal resistance of 10K Ohm at 25°C and a B-value of 3950K, making it compatible with many standard thermostat and temperature control circuits. The axial leads are tinned for easy through-hole installation and wave soldering.

This model is known for its high reliability, low thermal drift and stable performance over long operating hours. The epoxy bead encapsulation protects the ceramic NTC chip from mechanical stress and environmental contamination, while the axial lead structure provides strong solder joint reliability. It can be used for temperature detection, overheat protection and temperature compensation in a wide variety of electronic products.

Because of its low cost and high versatility, the MF52 series is commonly used in water dispensers, washing machines, heaters, air conditioners, refrigerators, power tools and small industrial controllers. Customers can select different tolerance grades, lead lengths and epoxy body sizes according to their circuit design.

Product Features

• 10KΩ nominal resistance at 25°C
• B-value 3950K
• Through-hole axial lead design
• Epoxy bead encapsulation
• High reliability
• Low thermal drift
• Wide operating temperature range
• Easy soldering
• Multiple tolerance options

Typical Applications

• Water dispensers
• Washing machines
• Heaters
• Air conditioners
• Refrigerators
• Power tools
• Industrial control circuits
• Temperature compensation

Technical Specifications

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Advantages & Selling Points

The MF52 series is one of the most widely recognized NTC thermistor types in the home appliance industry. It offers excellent cost performance, stable quality and broad compatibility. For manufacturers who need a mature and reliable temperature sensor for high-volume production, this is a standard choice.

FAQ

Q1: What is the difference between ±1%, ±2% and ±5%? A: The percentage indicates the tolerance of resistance or B-value. Tighter tolerance means higher accuracy and better interchangeability.

Q2: Can this be used for wave soldering? A: Yes, the axial lead and epoxy bead structure are suitable for through-hole wave soldering.

Q3: Is this model in stock? A: Standard models are available for fast delivery. Custom lead lengths and tolerances may require lead time.