Planar Bobcat X SN-4045-WX User Manual page 93

Menu Item
Source Chooses the source of the video signal (the input connector
you want to use) and adjusts the picture. Use the + \ – keys
to select the source. Digital pictures rarely need adjusting
Colorspace Specifies the range of colors for the type of input. Generally
computer inputs use RGB and video sources use YPbPr
Sync Type Determines which portion of the signal that carries the syn-
chronization timing
Vertical Frequency The number of vertical fields per second (in Hz)
Horizontal Frequency The number of horizontal lines per second (in kilohertz)
Pixel Frequency The number of pixels per second (in megahertz)
Horizontal Resolution The number of vertical lines or pixels from one side of an
image to the other. The pixel width of an image.
For more information, see "Computer sources" on page 25
Vertical Resolution The number of vertical lines or pixels from the top to the bottom of an image. The pixel height of an
image. NTSC and PAL (SDTV) is 480 lines, HDTV is 720 or 1080.
Frequency The total number of pixels in a horizontal line, including those
not show on the screen.
For more information, see "Selecting the Picture" on page 25
Phase The position of the pixel clock relative to the start of the line.
For more information, see "Selecting the Picture" on page 25
Sharpness A setting for how sharp image edges are on an image that is
scaled to fit the screen. Primarily used for low-quality video
images. High-quality video and digital image will not benefit
from this setting.
For more information, see "Adjusting Sharpness" on page 41
Picture Menu Options
Description Setting(s)
Analog, DVI, Component, Composite,
S-Video
RGB, YPbPr
Separate H&V, composite, sync on
green
The resolution of an analog signal is
determined from an internal mode
table and the measured horizontal
and vertical frequency of the signal. If
the incoming signal does not conform
to the one found in this mode table,
the resolution can be adjusted. This
should not normally be necessary
The Range depends on the input sig-
nal. A default frequency is obtained
from an internal mode table depend-
ing on the horizontal and vertical fre-
quency of the signal. The frequency
can then be adjusted if the signal
does not match the one in the internal
table. Automatic frequency adjust-
ment will also change this setting
0 – 360 degrees in 32 steps
softest, soft, normal, sharp, sharpest
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