Miniature NTC Thermistor Medical temperature sensor CE approval
Miniature NTC Thermistor Medical temperature sensor CE approval
Product description
The item is one miniature NTC thermistor medical temperature sensor CE approval. The miniature NTC thermistors are encapsulated with epoxy in polyimide tubes with polyesterimide insulated #38 AWG solid nickel wire leads. They feature paralell bonding and come in standard overall lengths of 3, 6 and 12 inches. These thermistor probes are ideal for use with small probe housing and applications that require fast thermal response time.
Engineering Information
Typical diameter 0.023 inches
Typical wire size #38 AWG
Leads: solid nickel, polyesterimide insulation
Materials: epoxy, polyimide
Typical Dissipation Constant: 0.2mW/℃ in still air
Typical time Constant in still air: 3 seconds max
Resistance / temperature characteristics
| Temperature (℃) | 223Fu5 |
| -10 | 100.3 |
| 0 | 62.92 |
| 10 | 40.56 |
| 20 | 26.82 |
| 30 | 18.16 |
| 40 | 12.58 |
| 50 | 8.892 |
| 60 | 6.407 |
| 70 | 4.700 |
Reliability data
| Item | Test conditions | Criteria |
| Free fall | Three times natural fall to a maple board from 1 m height | △R, △B±0.5% |
| Dry heat | 1000 hours at 70℃ | △R, △B±0.5% |
| Damp heat | 1000 hours at 70℃ and 90% to 95% humidity | △R, △B±0.5% |
|
Temperature cycle (thermal shock) |
Seven cycles as below: 1. -20℃ for 12 hours 2. Room temperatur for 1 minute 3. 55℃ for 12 hours 4. Room temperature for 1 minute |
△R, △B±0.5% |
Connection method
The lead wire can be soldered to larger wires by winding it around the larger wire and then soldering.
Caution
The miniature NTC thermistor sensor probe is manufactured using a semiconductor process. Due to its microstructure the sensor is sensitive to
electrostatic discharge in just the same way as common integrated circuits are.
In order to prevent damage to or failure of the sensor recommends to take appropriate precautions against when handling it.
Failure to protect the sensor against ESD may also cause damage to the equipment installed with the sensor, because electrostatic discharge can cause small parametric changes, which means that the sensor may not meet its published specification.
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