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university:courses:electronics:temperature_measuring [24 Sep 2019 10:23] – Antoniu Miclaus | university:courses:electronics:temperature_measuring [03 Jan 2021 22:21] (current) – fix links Robin Getz | ||
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====Procedure==== | ====Procedure==== | ||
Open Scopy and enable the positive power supply to 5V. On the channel 1 of the oscilloscope you will see the output voltage of the sensor. | Open Scopy and enable the positive power supply to 5V. On the channel 1 of the oscilloscope you will see the output voltage of the sensor. | ||
- | To obtain the value of the temperature is necessary to refer to the sensor' | + | To obtain the value of the temperature is necessary to refer to the sensor' |
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The current through the resistor is the voltage read on channel 1 divided to it's resistance value. Because the resistor used is 1kΩ, the numeric value of the current is the same as the voltage but in micro amperes. | The current through the resistor is the voltage read on channel 1 divided to it's resistance value. Because the resistor used is 1kΩ, the numeric value of the current is the same as the voltage but in micro amperes. | ||
- | From the sensor' | + | From the sensor' |
{{ : | {{ : | ||
<WRAP centeralign> | <WRAP centeralign> | ||
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<WRAP round download> | <WRAP round download> | ||
**Lab Resources: | **Lab Resources: | ||
- | * Fritzing files: [[ https:// | + | * Fritzing files: [[downgit>education_tools/ |
</ | </ | ||
**Return to Lab Activity [[university: | **Return to Lab Activity [[university: |