Glass-sealed NTC Thermistor Series Temperature Sensors - MF5D

• Small and high sensitive
• Responsive within 3 seconds
• Stable and reliable for its performance, and high-percision
• Farily consistent and easily replaceable
• Precision-based temperature sensors
• Temperature compensation for circuitries
• Temperature measurement and control circuitries

  • Model Number: MF5D
  • Data Sheet: Date Sheet File
Quantity:
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  • Glass-sealed NTC Thermistor Series Temperature Sensors
  • Glass-sealed NTC Thermistor Series Temperature Sensors
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Product Specification

MF5D Glass-sealed NTC Thermistor Series Temperature Sensors Features

• Small and high sensitive
• Responsive within 3 seconds
• Stable and reliable for its performance, and high-percision
• Farily consistent and easily replaceable

 

MF5D Glass-sealed NTC Thermistor Series Temperature Sensors uses
• Precision-based temperature sensors
• Temperature compensation for circuitries
• Temperature measurement and control circuitries

 

Thermistors' scope
• Home appliances
• Automotive electronics
• Quick fixing tone sensors used for photocopy machines,printers
• Contactless sensors
• Medcial devices
• Telecommunication and industrial equipment


MF5D Glass-sealed NTC Thermistor Series Description of Product Types and Specifications


MF5D Glass-sealed NTC Thermistor Series Temperature Sensors Key Technical Parameters 

 Parameters
 Parameter range
 Test conditions
 R25 (nominal resistance value)
 5kΩ ~ 500kΩ
 At a constant temperature 25 ℃± 0.05 ℃
 The premittible tolerance of R25 (%)
 ± 1, ± 2, ± 3, ±5
 At a constant temperature 25 ℃± 0.05 ℃
 B25/50 (material coefficient)
 (thermal-sensitivity index)
 3000 ~ 5000K
 At a constant temperature 25 ℃± 0.05 ℃
 At a constant temperature 50 ℃± 0.05 ℃
 The premittible tolerance of B25/50
 ± 1, ± 2
 At a constant temperature 25 ℃± 0.05 ℃
 At a constant temperature 50 ℃± 0.05 ℃
 δ(dissipation coefficient)
 1.5mw/ ℃
 In still air
 T(thermal time constant)
 ≤ 5S

 TA(working temperature)
 -40 ℃ ~ +250℃

 PN(nominal power)
 50 mw
 At a working temperature

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