datasheet,schematic,electronic components, service manual,repairs,tv,monitor,service menu,pcb design
Schematics 4 Free
Service manuals, schematics, documentation, programs, electronics, hobby ....

registersend pass
Bulgarian - schematics repairs service manuals English - schematics repairs service manuals Russian - schematics repairs service manualsSearchBrowseUploadMostWanted

Now downloading free:Philips P16

Download Philips P16 docs - Computer monitors - CRT, TFT, LCD, touch screen, plasma display - service manuals and repair information

File information:
File name:P16.PDF
[preview P16]
Size:25 kB
Model:P16 🔎
Original:P16 🔎
Descr: Philips Monitor CD 2001 Monitor CD 2001 E-MANUALS Philips crt 109p2 PDF P16.PDF
Group:Electronics > Computer equipment > Monitors >
Multipart:No multipart

Information about the files in archive:
Decompress result:OK
Extracted files:1
File nameText
P16.PDF16 109P2 GS3 CM25 Purity and Convergence Adjustments 9 Go to cover page 1. Purity adjustment - Make sure the monitor is not exposed to any external magnetic field. - Produce a full red pattern on the screen, adjust the purity magnet rings on the PCM assy (on CRT) to obtain a complete field of the color red. This is done by moving the two tabs (2-pole) in such a manner that they advance in an opposite direction but at the same time to obtain the same angle between 2-pole purity magnet the two tabs, which should be approximately 180 6-pole convergence magnet degree. - Check by full green pattern and full blue pattern 4-pole convergence magnet again to

>> View document online <<

>> Download document << eServiceInfo Context Help

Was this file useful ? Share Your thoughts with the other users.

User ratings and reviews for this file:


Average rating for this file: 0.00 ( from 0 votes)

Similar Service Manuals :
Philips p30 35part - Philips p21 v - Philips p31 - Philips p30 - Philips 107s2-p15 - Philips p02 - Philips p13~15 -
 FB -  Links -  Info / Contacts -  Forum -   Last SM download : ONKYO onkyo tx-nr709 sm

script execution: 0.04 s