"Millivolt" Example Sentences
1. The electroencephalogram machine can detect changes at millivolt levels.
2. The transducer outputs a millivolt signal when measuring pressure.
3. The difference in potential between the two electrodes was only a few millivolts.
4. The thermocouple generates a millivolt signal proportional to temperature.
5. The amplifier circuit can amplify millivolt level signals.
6. The battery voltage dropped by a few millivolts during discharge.
7. The oscilloscope displays signals in millivolts per division.
8. The ECG machine measures the electrical activity of the heart in millivolts.
9. The load cell produces a millivolt output when weight is applied to it.
10. The voltage drop across the resistor is in the millivolt range.
11. The microvoltmeter can measure signals as low as several millivolts.
12. The thermistor produces a millivolt signal proportional to temperature changes.
13. The strain gauge output is measured in millivolts per unit of strain.
14. The ATD converter digitizes the millivolt signal from the thermocouple.
15. The millivolt signal is amplified before being sent to the data acquisition system.
16. The potentiometer output is in the millivolt range and needs amplification.
17. The pH meter measures the millivolt potential difference between two electrodes.
18. The bridge circuit output is measured in millivolts and balanced using a potentiometer.
19. The cellular membrane potential is measured in millivolts.
20. The photoresistor generates a millivolt signal proportional to light intensity.
21. The thermopile generates a millivolt signal proportional to temperature gradients.
22. The microvolt amplifier can amplify millivolt level signals by a factor of 1000.
23. The millivolt output from the thermocouple is converted into temperature using a lookup table.
24. The potentiometric method measures the millivolt change when a titrant is added to a sample.
25. The voltage measurement accuracy needs to be in the millivolt range for this experiment.
26. The potentiometric titration measures the millivolt difference when an analyte is titrated with a titrant.
27. The piezoelectric sensor generates a millivolt signal when pressure is applied to it.
28. The differential amplifier subtracts the millivolt signal from the background noise.
29. The amplifier circuit uses a high gain op-amp to amplify millivolt level signals.
30. The electromyography machine measures the millivolt signals generated by muscle contraction.
Common Phases
1. "The voltage output is measured in
millivolts";
2. "
Millivolts can be used to measure small differences in voltage";
3. "A thermocouple generates a
millivolt signal";
4. "The
millivolt range is commonly used in biomedical applications";
5. "A microvolt is one thousand times smaller than a
millivolt".