beautypg.com

Philips CRT monitor 105S61 38 cm 15" SVGA User Manual

Page 19

background image

Yes, when degaussing your monitor via the OSD, it is normal for the monitor to make a relatively
loud noise. Please be aware that many models will not degauss more than once within any given
time period (up to 10 minutes). This is due to the unit having a temperature sensitive resistor.
While the unit is degaussing, the resistor increases in value with heat and once it reaches a
certain temperature, the resistance will rise and prevent voltage from reaching the degaussing
coil. This is what stops the degausser, and this device's resistance will decrease as it cools back
off, enabling the degauss function to operate again. This is an intentional design and is an
industry standard, not just for Philips monitors. Please be aware that not all models in the Philips
range has this manual degauss function. Some models are built with an auto degauss feature
which automatically degausses the monitor when it is switched on.

18. How do I adjust the picture on the screen?

Please perform the following to correct the picture image:

l

Reset your monitor via the OSD menu

l

Adjust the Horz (width) and/or Vert size (height) in the OSD

l

Change monitor timing to work at the recommended resolution

19. The edge of the picture on the screen appears to be distorted. How can I correct this?

Please perform the following to correct the picture image:

l

A magnetic or electrical interference typically causes poor geometry in the picture. Place
the monitor in a different physical location

l

Reset the monitor to the factory preset via the OSD menu

l

Access the Geometry Menu in the OSD of the Monitor and perform the necessary
adjustments

l

Change the monitor timing to the recommended resolution

20. The picture appears too dim. How can I correct this?

Adjust Brightness and/or Contrast via the monitor 's OSD. Some models have a Video Input
Select

under Advanced Controls in the monitor 's OSD. Most computers require it to be set at 0.7V.