All three CRT cathodes can be driven with a blue signal, producing a monochrome display. This mode is convenient for chroma and phase adjustment, and for monitoring VTR noise.
Matrix selection
The
Beam landing correction circuit (BVM- D24E1WU/D24E1WE/D24E1WA/D32E1WU/ D32E1WE/D32E1WA only)
The beam landing shift caused by the change in CRT luminance and temperature, and that caused by the earth’s magnetism can be adjusted manually, or automatically using the optional
Digital uniformity circuit
Uniform white can be reproduced on every point of the screen, even in the peripheral area, thanks to the builtin digital uniformity circuit. The uniformity can be adjusted to match the installation conditions of the monitor. Automatic adjustment is also possible using the optional
Digital convergence circuit
Clear color can be reproduced on every point of the screen, even in the peripheral area, thanks to the builtin digital convergence circuit. The convergence can be adjusted to match the installation conditions of the monitor.
Other features
•The monitor’s various functions and operating conditions can be set with
•Compatible with the ISR (Interactive Status Reporting) system.
•Has both
•
•
•Pulse cross function for simultaneous checking of the horizontal and vertical synchronization signals.
•Auto and manual degaussing.
•
•The monitor may be mounted in an
•The appearance of the monitor can be changed to 16:9 or 4:3 display by the replacement of a mask
For external control
A controller, allowing you to control multiple monitors from one control unit.
Memory cards which can be read and written by the
A probe, allowing the automatic adjustment of this monitor’s color temperature.
For the
For installation
Rack mount kit for mounting the
Control Unit to the
Overview 1 Chapter
5