Microvolt

The microvolt current was not enough to power the device.

The device can detect and measure microvolt fluctuations.

The sensor was able to detect even the slightest microvolt changes in the circuit.

The microvolt measurement was used to determine the corrosion rate of the metal.

The doctor used a microvolt meter to measure the electrical activity in the patient's brain.

The speaker was producing only a microvolt of sound, so we had to move closer to hear the announcement.

The microvolt level of the seismic sensor output was below the threshold, so we had to use a preamplifier.

The microvolt level of the ECG signal was below normal, indicating a heart abnormality.

The microphone in the baby monitor was only picking up a microvolt of sound, so we couldn't hear the baby crying.

The microvolt level of the temperature sensor output was below normal, indicating a malfunction.

The voltage regulator was only outputting a microvolt of power, so the device wouldn't turn on.

The radio was only picking up a microvolt of signal, so we couldn't hear the music clearly.

The microvolt level of the solar panel output was below the required threshold, so the battery wouldn't charge.

The wire was only carrying a microvolt of electricity, so the light bulb wouldn't light up.

The battery was producing only a microvolt of electricity, so the toy car wouldn't move.

The sensor was only detecting a microvolt of movement, so we had to adjust the sensitivity.

The strain gauge produces a microvolt signal proportional to the deformation of the structure under test.

The electroretinogram records the microvolt signals produced by the retina in response to light.

The electrochemical sensor relies on the microvolt signal produced by the analyte to determine its concentration.

The microvolt signal detected by the radio telescope could be a sign of extraterrestrial life.

The experiment required a highly sensitive amplifier to detect the microvolt activity in the brain.

The speaker had to adjust the microphone to pick up the microvolt sound of the musician's guitar.

The experiment recorded the microvolt signals from the muscle cells of the subject.

The researcher used a microvolt probe to study the electrical activity of the brain.

The engineer analyzed the microvolt output of the sensor to determine the signal strength.

The physiologist studied the microvolt fluctuations of the heart's electrical activity.

The biologist measured the microvolt potential of the single-celled organism.

The electrical engineer designed a microvolt circuit for detecting and amplifying weak signals from the environment.

The neurologist analyzed the microvolt activity of the nerves in the patient's limbs.

The technician adjusted the microvolt amplifier to improve the quality of the signal.

The microvolt amplifier was able to detect the weak signals from the muscle cells in the study.

The microvolt measurements were affected by the presence of electromagnetic interference in the lab.

The amplifier was designed to boost the microvolt signals without introducing additional noise.

The high sensitivity of the sensor allowed it to detect microvolt changes in the environment.

The electrochemical sensor produces a microvolt signal in response to changes in the chemical composition of a solution.

The pressure transducer produced a microvolt output when measuring the tire pressure.

The microvolt signal from the pressure transducer indicated a leak in the pipeline.

The motion sensor generates a microvolt signal when activated.

The biosensor produces a microvolt signal in response to the presence of a biological molecule or organism.

The microvolt signal from the sensor was barely detectable.

The amplifier had to be adjusted to handle microvolt signals.

The signal-to-noise ratio was low due to the small microvolt output of the sensor.

The gas sensor detected a microvolt signal from the air sample.

The pH sensor gave a microvolt reading when it was exposed to the solution.

The piezoelectric transducer generated a microvolt signal when it was struck.

The thermocouple produces a microvolt signal that can be used to measure temperature.

The electrocardiogram recorded a microvolt signal from the heart.

The experiment required measuring microvolt differences in potential.

The microvolt measurement was critical for accurate results.

The neurologist observed a decrease in microvolt activity in the brainstem during sleep.