10KΩ Fast Response Ntc Thermistor Sensor Use for Medical Wearable System

• Customization: Available
• Installation Type: Duct Type
• Sensing Type: Resistive
• Model NO.: JP400 Series
• Contact: Contact
• Output Signal Type: Analog Type
• Production Process: Normal Wirewound
• Material: Ceramics
• Measuring Medium: Temperature
• IP Rating: IP56
• Certification: CCC
• Customized: Customized
• Transport Package: Standard Export Packing
• Specification: Customized Wire Length
• Trademark: J. P. Sensor
• Origin: Hefei China
• HS Code: 9025191010
• Production Capacity: 100000pieces/Month
• Package Size: 20.00cm * 19.00cm * 18.00cm
• Package Gross Weight: 0.250kg
• Model NO.: MF5A-4
• Installation: DIP Resistor
• Material: Ceramic and Metal
• Packaging: Throught Hole
• Type: Thermal Resistor
• Quantity: Single Connection
• Shape: Cylinder
• Resistance change scale: Linear Scale
• Application: Medical Wearable System
• Brand: Jingpu
• Conductor: Copper
• Insulation: PVC or Silicone Rubber
• Certificate: RoHS
• Length: Customized Wire Length
• Transport Package: Neutral Packing
• Specification: probe size: 4*1.5mm
• Trademark: J. P. Sensor
• Origin: Hefei, Anhui, China
• HS Code: 8533400000
• Production Capacity: 500, 000PCS/Season

Product Description

 

 

Basic Info.

 

Model NO.

MF5A-4

Installation

DIP Resistor

Material

Ceramic and Metal

Packaging

Throught Hole

Type

Thermal Resistor

Quantity

Single Connection

Shape

Cylinder

Resistance change scale

Linear Scale

Application

Medical Wearable System

Brand

Jingpu

Conductor

Copper

Insulation

PVC or Silicone Rubber

Certificate

RoHS

Length

Customized Wire Length

Transport Package

Neutral Packing

Specification

probe size: 4*1.5mm

Trademark

J. P. Sensor

Origin

Hefei, Anhui, China

HS Code

8533400000

Production Capacity

500, 000PCS/Season

Product Description

 

Fast response Ntc Thermistor Sensor 10K Ohm is temperature-sensing elements made of semi-conductor material that has been sintered in order to display large changes in resistance in proportion to small changes in temperature.
This resistance can be measured by using a small and measured direct current, or dc, passed through the thermistor in order to measure the voltage drop produced. 
Fast response Ntc Thermistor Sensor 10K Ohm, Use for Medical Wearable System

Specification:

Product Attribute	Attribute value
Manufacturer	Jingpu
Product category	NTC (Negative Temperature Coefficient)
Series	MF5A-4
Resistance	10K OHM
Tolerance	0.1ºC
Termination style	Radial
Minimum operating temperature	-40 C
Maximum operating temperature	+100 C
Diameter	1.5mm
Length	4mm
Packaging	Bulk
Type	NTC
Product type	NTC Thermistors
Factory Pack Quantity	200
Color	Blue/Black

Features: high accuracy, fast response, good stability and high temperature resistance etc.

Datasheet of NTC thermistor sensor 10K Ohm
Resistance - Temperature
 
   Notes:1* R25: rated zero-power resistance value at 37ºC         
          2* B value: determined by rated zero-power resistance at 30ºC and 45ºC.
          3* Time when thermistor temperature reaches 63.2% of the temperature difference. The value is measured in oil.
 

Applications:

 

  medical equipments, temperature measure, microwave hyperthermia etc.
  medical wearable system, temperature compensation, temperature control.
  Medical grade temperature sensors can be supplied in a vairety of forms to help fit your particular application. Typically, NTC thermistors are the ideal solution for monitoring temperature at 37ºC
(normal human body temperature). NTC thermistors can provide unparalleted accuracy and sensitivity in the body temperature range. Additionally, because of their low cost at high volumes, thermistors are the perfect temperature sensor choices for disposable medical applications.

Temperature sensing is one of the most sensitive properties or parameters for industries like petrochemical, automotive, aerospace and defense, consumer electronics, and so on. These ntc sensors are installed devices with the purpose of measuring the temperature of a medium accurately and efficiently in a given set of requirements.

Detailed Photos

 

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