| Customization: | Available |
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| Installation Type: | Soldering |
| Sensing Type: | Resistive |
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Customised Temperature Sensor Ntc Thermistor for Electric Kettle and Home Appliances
A 100KΩ NTC (Negative Temperature Coefficient) temperature sensor is a common choice for electric kettles and home appliances. NTC thermistors are resistors whose resistance decreases as the temperature increases. The 100KΩ value refers to the nominal resistance of the thermistor at a specific temperature, typically 25°C.
Here are a few things to consider when using a 100KΩ NTC temperature sensor for an electric kettle or home appliance:
Accuracy and Calibration: NTC thermistors provide reasonably accurate temperature measurements, but the actual accuracy may vary depending on the specific thermistor and the calibration process. It's important to calibrate the thermistor for accurate temperature readings within the desired temperature range.
Temperature Range: Ensure that the temperature range of the 100KΩ NTC thermistor covers the desired operating temperature range of your electric kettle or home appliance. NTC thermistors are available in different temperature ranges, so choose one that suits your application.
Signal Conditioning: To convert the resistance of the NTC thermistor into a usable temperature reading, you will need appropriate signal conditioning circuitry. This typically involves a Wheatstone bridge or voltage divider circuit connected to an analog-to-digital converter (ADC) to measure the resistance and convert it into a temperature value.
Mounting and Protection: Consider the physical mounting and protection of the NTC temperature sensor in your electric kettle or home appliance. Ensure that the sensor is properly insulated and positioned for accurate temperature measurement without interfering with the appliance's operation.
When using a 100KΩ NTC temperature sensor, refer to the sensor's datasheet or consult with the manufacturer for specific details regarding calibration, temperature range, and signal conditioning requirements. It's also advisable to follow any guidelines provided by the electric kettle or appliance manufacturer for integrating and calibrating the temperature sensor in their device.
Resistance: R25ºC=100KΩ±1%
Beta Value: B25/50=3950k±1%|
Resistance value: |
R25ºC=100KΩ±1% |
| Beta Value: | B25/50=3950k±1% |
Electric kettle, water heater, coffee machine, etc
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