Neuronal signals were conventionally amplified and fed into a storage oscilloscope and a computer for further data processing.
The data of the input voltage pulse sampled with a digital oscilloscope were fed into discharge simulating code.
Receptive-field outlines were recorded on perimeter charts using oscilloscope and audio monitor.
The proportion of time y that the flow a t a point was turbulent was obtained directly from the pulse length observed on the oscilloscope.
Signals from the hot-film anemometer and the pressure cell were displayed simultaneously on the oscilloscope.
This program can display amplitude and time-wave forms as well as create spectrograms with the help of a built-in double oscilloscope.
The educed waveform can be displayed on an oscilloscope (figure 9) and still contains some noise.
Formation of the bilayer was visualized on an oscilloscope screen as an increase of membrane capacitance, while applying a triangular voltage wave under voltage clamp.
