2-22
IM 701310-01E
Display Format ►For the procedure, see section 8.2
Splitting the Screen
The screen can be split evenly so that input waveforms and computed waveforms can be
easily viewed. The screen can be divided in the following ways:
Single (no split), Dual (two ways), Triad (three ways), Quad (four ways)
Waveform Assignment
You can assign channels to the divided windows.
•
Auto
Waveforms whose display is turned ON are assigned in order from the top.
•
Manual
Regardless of whether the display is ON or OFF, waveforms can be assigned freely to
each window.
Display
Interpolation ►For the procedure, see section 8.3
If a given size of data is not available in 10 divisions along the time axis, the data can be
interpolated to display the waveform.
Sine Interpolation
Interpolated data is created with the function (sin x)/x, to interpolate between two points
with a sine wave. Sine interpolation is suitable for observing sine waves or similar waves.
Linear Interpolation
Linearly interpolates between two points.
Pulse Interpolation
Interpolates between two points in a step pattern.
Interpolation OFF
Displays discrete dots without performing interpolation.
Accumulated Display ►For the procedure, see section 7.7
The display time of old waveforms can be set longer than the waveform update period,
so that newer waveforms appear overlapped (accumulated) on older waveforms. There
are two modes, as follows:
•
Count
The specified number of waveforms are superimposed. A gradation is applied
according to the data frequency.
•
Time
Waveforms for the specified time are superimposed. A gradation is applied from older
data to new.
For each of these modes, there are two types of display, as follows:
•
Inten
Display using different intensity levels.
•
Color
Display with a color gradation.
The accumulated display is useful when observing noise, jitter, and transient phenomena
in waveforms. The accumulated waveforms can also be saved.
2.6 Display