Oscilloscope

The electric field in the circuit was measured with an oscilloscope.

The doctor used an oscilloscope to measure the electrical activity of the patient's heart during an ECG.

The doctor used an oscilloscope to monitor the patient's heart activity during the surgery.

The student was able to visualize the electrical activity of a frog's heart using an oscilloscope in biology class.

The scientist used an oscilloscope to measure the electrical signals in the brain of the test subject.

The nurse prepared the oscilloscope for the EEG test.

The technician adjusted the settings on the oscilloscope to obtain a clear ECG reading.

The oscilloscope revealed a pattern of abnormal electrical activity in the patient's heart.

The medical team relied on the oscilloscope to track the progress of the patient's treatment.

The researcher used an oscilloscope to measure the sound waves produced by the speaker to analyze the effectiveness of the public speaking.

The researcher used an oscilloscope to study the sound patterns made by the dolphin's vocalization.

The manufacturer used an oscilloscope to check the sound quality of their products before shipping.

The musician used an oscilloscope to tune his guitar and ensure the right sound waves were being produced.

The acoustics engineer used an oscilloscope to visualize the sound waves produced by the speaker.

The electrician used an oscilloscope to test the power supply in the building.

The oscilloscope can display both voltage and time information in the form of a waveform.

The oscilloscope is an important tool for both hobbyists and professionals in the field of electronics.

The technician used the oscilloscope to measure the voltage of the circuit.

The engineer adjusted the settings on the oscilloscope to analyze the waveform.