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(8) BFS (Beam Feedback System)
The employment of a BFS circuit designed to detect the CRT
cathode current provides a steady black balance for a long time
against variations in CRT emission.
(9) NTSC/PAL decoder
An optional decoder module DE-1051 supports both the NTSC and
PAL-B systems and has the function of automatic discrimination.
Also, an optional DEK-1052N, which has two NTSC/PAL analog
composite inputs and two SD-SDI digital component (NTSC) inputs
in a single slot, can be used in conjunction with an HD-SDI module.
(10) Various built-in markers
At the time of the display of 16:9, the 4:3, 13:9 or 14:9 marker-
display is possible.
For the aspects 4:3 and 16:9, respectively, the 80%, 88%, 90%,
93%, 100% and other versatile markers can be displayed.
(11) Degaussing timer function
The degaussing function designed to be enabled automatically at
monitor power-on is set (at the factory) in such a way that it starts
approximately 10 seconds after power-on through the use of a timer.
On the menu, this timer can be set for 10 to 14.5 seconds in steps of
0.5 second for each monitor on an individual basis.
This makes it possible to minimize the rush current that will flow
in systems equipped with many monitors if the power to them is
turned on at the same time.
(12) Construction designed with emphasis placed
on maintainability and expendability
The modules in the signal processing system, including optional
modules, which are of the plug-in type that is easy to insert and
extract from the rear without removing the cover, are easy to
maintain.
Besides the standard VEDEO PROCESS module (HDTV/SDTV
YPbPr/RGB), up to two types of optional modules can be added
for expansion.
(13) Employment of high performance in-line gun
CRT
The employment of a high performance and high precision CRT
equipped with an in-line gun, dot mask and mask pitch: 0.28 mm
reduces the reflection of external light. The use of a CRT shadow
mask improves remarkably the dooming (beam deflection caused
by a thermal distortion of the shadow mask) that occurs when the
brightness is increased.
(14) Brightness correction function in each screen
size
For a CRT monitor, the current density will increase if the screen
size is reduced as in the case where the scan changes from the normal
mode to under mode or from 4:3 to 16:9. The brightness of a general
monitor will increase by approximately 40% when the scan changes
to 4:3 to 16:9. Therefore, video images will also change when the
switching between aspect ratios is done. This monitor makes a
brightness correction in four screen sizes respectively so that the
brightness will be held constant even when the screen size changes.
(15) HD 4:3 scan function
For the HDTV input, this monitor has the function of allowing the
4:3 area video images only to fill the screen frame (4:3) and the
images can be monitored in real time at the time of down-conversion
to SDTV 4:3 during HDTV recording.
(16) High performance high-voltage regulation
circuit
The high-voltage circuit, which employs a regulation circuit for
controlling pulses on a scanning line-by-scanning line basis, has a
high response speed and realizes highly stable images with the
distortion of bright video image input on the screen minimized.
(17) Auto setup function
The use of an optional auto setup probe ASP-80 allows an automatic
adjustment to the factory-set color temperatures with ease.
If the operator's own color temperature is set, any number of
monitors can be adjusted to the same color temperature
automatically.
(18) Lower power consumption (AC input-only type)
As compared with the conventional HTM-1005R, the HTM-
1005RA is designed as standard specifically for AC input and an
extra DC input circuit is omitted, so that the power consumption is
reduced by approximately 15%.
The AC-input-only type is selectable between 100 VAC and 240
VAC and therefore suitable for overseas or worldwide use.
* The AC/DC input type is not designed to the specifications above.
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