| Customization: | Available |
|---|---|
| Type: | Catheter |
| Material: | Polyimide |
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Notes: 1. Thermistor: 14K OHMS±15% AT37ºC, 0.011" norminal diameter.
2. Outer sleeve: polymide
3. Leads: 38AWG (0.0031"), nickel alloy 270, heavy buil polyester-imide insulation.
4. 2-Part epoxy fill, E&C 2651MM / CAT9
5. Assembly is provided wound on plastic spool (not shown) and packed 30 per tray.
6. Parts are calibrated at 37ºC with resistance value of thermistor printed on a label attached to spool 22 ohms of lead resistance is subtracted from calibration. 40AWG wire contributes per foot.
7. Miniature NTC Thermistor Polyimide temperature probe 762mm length
Miniature NTC Thermistor Polyimide temperature probe 762mm length can be supplied in a variety 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 thermsitors 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.
Blood temperature monitoring
Respiratory air temperature monitoring
Humidified oxygen heater temperature monitoring and control
Incubators, patient warming and endovascular cooling sensors
Fast response USB digital thermometers
Organ transplant system temperature monitor and control
Thermography temperature probes
Miniature NTC Thermistor Polyimide temperature probe 762mm length
Q: What is Thermal Time Constant?
A: Thermal time constant simply put, under zero conditions is the time it takes a thermistor temperature sensor to change 63.2% of the total difference between the initial and the final body temperature; when subjected to a step function change in temperature. In simple terms, it represents in time, how long it takes a thermistor to recover up to 50% of its initial resistance.
Q: What does Thernal Time Constant have to do with a thermistor?
A: The Thermal time constant is a fundamental characteristic of a thermistor, and the response time will vary depending on the chosen thermistor. Since different thermistors possess different thermal time constant values, each will produce a different thermal time constant as well as a different response time.
Q: How to select and integrate thermistor probes into different applications?
A: Like the limitless applications requiring thermistor probes, so too exist the endless methods to mount them, adhere them, and apply them. Some thermistors can get very sophisticated in the ways that they are housed and the methods in which they are mounted.Miniature NTC Thermistor Polyimide temperature probe 762mm length
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