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Product category:Thermistors
Quantity: 6 PCS
Pin length: 2.36 inches
Head diameter: 0.07 inches
Tinned Copper: These thermistors are single-ended glass-sealed NTC thermistors, and use single-ended lead-out glass encapsulation, reliable sealing, pinout use tinned copper wire, can withstand high temperatures of 300°C and work stably for a period of time.
Good Performance: Single-head glass encapsulated thermistors, fast heat transfer and temperature sensing, high precision, good stability, high reliability, fast response speed, high sensitivity, large resistance accuracy, fine workmanship, durable and long service life. Due to the use of glass encapsulation, it can be used in harsh environments such as high temperature and high humidity. It is small in size, light in weight, sturdy in structure, and easy to install automatically (on printed circuit boards).
High Sensitivity: The thermistors is high sensitivity and wide operating temperature range, which is easy to use.
Package: Including 6pcs thermistors, with sufficient quantity for easy use and replacement, which have strong practicability.Small size, suitable for installation and temperature measurement in small spaces.
Specifications: Model: NTC-MF51-100K; Resistance value at 25℃: 10K ohms; B value: 3950K; Measurement accuracy: 1%; Pin length: 60 mm/2.36 inches; Operating temperature: -40℃～300℃; Head diameter: 1.8 mm/0.07 inches.
Suitable For Users: Thermistors are suitable for college students, engineers, technicians, factory DIY, electronic enthusiasts, etc.
Easy Installation: These thermistors have compact size, plug in installation is convenient and fast, and have a wider application range.
Wide Application: Thermistors are widely used in food thermometers, heating pads, 3D printing pens, household appliances, 3D printers, electronic cigarettes, printing pens, office automation equipment temperature detection or temperature compensation; industrial, medical, meteorological, food processing equipment temperature control and detection, mobile phone batteries; instrument coils, integrated circuits, quartz crystal oscillators and thermocouple temperature compensation, etc.
