Oscilloscope

The oscilloscope showed a spike in voltage when the refrigerator turned on.

The technician used an oscilloscope to test the battery of the car.

The oscilloscope can help diagnose cardiac problems by measuring the heart's electrical activity.

The oscilloscope indicated that the current was fluctuating rapidly.

The physics professor used an oscilloscope to demonstrate the principles of sound waves to his students.

The musician used an oscilloscope to fine-tune the sound quality of his electronic music.

The lab technician used an oscilloscope to observe the waveform of the ultrasound machine.

The acoustics expert used an oscilloscope to analyze the sound waves in the concert hall and make necessary adjustments.

The sound technician used an oscilloscope to verify the quality of the microphone before recording.

The scientist used an oscilloscope to measure the sound waves produced by the musical instrument.

The recording studio employed an oscilloscope to ensure that the sound quality was consistent across different tracks.

The student used an oscilloscope to observe the sound waves produced by his voice.

The technician checked the sound system using an oscilloscope to ensure that the sound quality was good.

The technician used an oscilloscope to troubleshoot the malfunctioning speakers in the auditorium.

The physics teacher used an oscilloscope to demonstrate how sound waves could be visualized.

The team of researchers used an oscilloscope to analyze the acoustic signature of different types of instruments.

The audiologist used an oscilloscope to test the hearing capacity of the patient.

The engineer used an oscilloscope to test the sound equipment before installing it in the concert hall.

The sound technician used an oscilloscope to troubleshoot the problem with the sound system.

The researcher used an oscilloscope to measure the frequency of the electromagnetic radiation emitted by the source.

The oscilloscope can display the magnetic field of the current-carrying wire.

The engineer used an oscilloscope to troubleshoot the malfunctioning electronic circuit.

An oscilloscope was used to monitor the electric and magnetic fields produced by the electronic device.

An oscilloscope was used to analyze the electric and magnetic fields produced by the high voltage power supply.

The technician used an oscilloscope to measure the amplitude and phase difference of the two sinusoidal signals.

The oscilloscope helped the researcher to measure and observe the electric and magnetic fields of the circuit.

The oscilloscope was used to analyze the magnetic fields around the conductor.

The magnetic field of the electromagnet was monitored by the oscilloscope.

The scientist used an oscilloscope to measure the electric field produced by the charged particles.

The scientist used an oscilloscope to study the magnetic field generated by the magnetron.

The oscilloscope can visualize the waveform of the pulse train.

The scientist used an oscilloscope to measure the electric field of the magnet.

The oscilloscope can measure the electric potential difference between two points in a circuit.

The oscilloscope was used to visualize the changing electric field around the charged capacitor.

The oscilloscope allowed the technician to pinpoint the exact location of a problem in the circuit.

The company invested in a new oscilloscope to improve their testing capabilities.

The technician used an oscilloscope to check the electrical signals in the machine.

The oscilloscope display showed a clear waveform of the voltage signal.

The new oscilloscope has a much larger screen, making it easier to read.

The technician adjusted the settings on the oscilloscope to get a better reading.

The oscilloscope revealed an irregular pattern in the voltage readings.

The oscilloscope helped the engineer to optimize the performance of the electronic device.

The oscilloscope revealed a problem with the signal that was causing the device to malfunction.

The oscilloscope showed a clear pattern in the microwave signal, indicating a problem with the transmission.

The oscilloscope allowed us to detect and measure the frequency of the radio wave.

The oscilloscope helped the technician to determine the source of the noise in the radio transmission.

The oscilloscope display indicated that there was some interference in the microwave signal.

The oscilloscope showed a strong signal in the radio frequency range.

The technician used an oscilloscope to diagnose the issue with the satellite TV signal.

She used an oscilloscope to measure the microwave energy levels in the laboratory.