microvolt in a sentence
The microvolt level was measured using specialized equipment.
The microvolt signal was amplified to enhance its visibility on the graph.
The microvolt range was adjusted to capture the desired frequency range.
The microvolt level was adjusted to optimize the signal-to-noise ratio.
The resolution of this oscilloscope is capable of displaying microvolt signals.
The microvolt signal was amplified for better analysis.
The microvolt signal was amplified for better analysis.
The microvolt measurement was affected by external interference.
The microvolt signal was barely above the noise level.
The microvolt level was adjusted to optimize the signal-to-noise ratio.
The sensor detected a microvolt of electrical activity.
The microvolt reading displayed a clear pattern of electrical activity.
The microvolt reading provided valuable insights into the neural activity.
The microvolt signal was too faint to be detected without amplification.
The amplifier increased the microvolt signal to a usable level.
The input range of this analog-to-digital converter includes microvolt signals.
The microvolt reading indicated a weak electrical signal.
The microvolt signal was too weak to trigger the desired response.
The microvolt measurement was within the normal range.
The microvolt reading showed a significant increase after the stimulus was applied.
The input impedance of this amplifier is suitable for microvolt signals.
The microvolt reading was recorded at regular intervals.
The researchers recorded the microvolt values at regular intervals.
The microvolt signal was filtered to remove unwanted noise.
The microvolt reading indicated a strong correlation between two variables.
The microvolt reading indicated a potential issue with the electrical circuit.
The microvolt level was adjusted to optimize the signal-to-noise ratio.
The microvolt level was adjusted to optimize the signal-to-noise ratio.
The microvolt reading fluctuated throughout the experiment.
The microvolt signal was amplified for better analysis.
The microvolt signal was amplified for better analysis.
The microvolt measurement was affected by external interference.
The microvolt signal was barely above the noise level.
The microvolt level was adjusted to optimize the signal-to-noise ratio.
The sensor detected a microvolt of electrical activity.
The microvolt reading displayed a clear pattern of electrical activity.
The microvolt reading provided valuable insights into the neural activity.
The microvolt signal was too faint to be detected without amplification.
The amplifier increased the microvolt signal to a usable level.
The input range of this analog-to-digital converter includes microvolt signals.
The microvolt reading indicated a weak electrical signal.
The microvolt signal was too weak to trigger the desired response.
The microvolt measurement was within the normal range.
The microvolt reading showed a significant increase after the stimulus was applied.
The input impedance of this amplifier is suitable for microvolt signals.
The microvolt reading was recorded at regular intervals.
The researchers recorded the microvolt values at regular intervals.
The microvolt signal was filtered to remove unwanted noise.
The microvolt reading indicated a strong correlation between two variables.
The microvolt reading indicated a potential issue with the electrical circuit.