Shopping cart is empty
 
English Polski Spanish 
Search For a Manual
 

(e.g. AA-V20EG JVC, ZX-7 Sony )
PayPal 1000+ rating Secure, Encrypted Checkout.
 
Who's Online
There currently are 286 guests and 
1 member online.
Categories
Information
Featured Product
Home >> SHARP >> XGNV6XE Service Manual
 
 0 item(s) in your cart 

SHARP XGNV6XE
Service Manual


Tweet about this product and get $1.00 of store credit for instant use!
  • Contains Circuit Diagrams
  • Download
  • PDF Format
  • Complete manual
  • Language: English
Price: $4.99

Description of SHARP XGNV6XE Service Manual

Complete service manual in digital format (PDF File). Service manuals usually contains circuit diagrams, printed circuit boards, repair tips, wiring diagrams, block diagrams and parts list. Service Manual ( sometimes called Repair Manual ) is used mainly by technicians.

If You just want to know how to use Your tv, video, mp3 player etc. You should look for Owner's Manual. After placing order we'll send You download instructions on Your email address.

The manual is available in languages:

Not yet ready
You must purchase it first

Customer Reviews
There are currently no product reviews.
Other Reviews
 ANUBIS A/AC PHILIPS Service Manual by Matteo Vannini;
FAST very good and clear a great unexpensive job!!! very recomended for all people who are preofessional or hobbists as me!!!!!!
 M-4318 BROTHER Service Manual by MaLi-Com It-Solutions;
Thank you very much for this Service Manual, it helped us a lot to repair the M-4318! ...BUT: The parts list is missing and the free parts katalog on web isn't complete, so now we don't know the part numbers of the defect parts :( We had to build them out of a working machine, and need the numbers to reorder the missing parts now.
 TAV710 SONY Service Manual by Bogdan Tudose;
Very good manual with clear electrical diagrams. Thanks owner-manuals.
 KP46S3 SONY Service Manual by Gaál Álmos;
Great manual, thank you, sony kp46s3 service manual perfectly, i am very happy.
 KA-D1100EX KENWOOD Service Manual by Nils Thei;
Complete original Service Manual in good (scan) quality!

Text excerpt from page 32 (click to view)
XG-NV6XE

ADJUSTING THE PC INTERFACE (CPCi-0035CE02. PC I/F Unit)
1. Setting the oscilloscope
Set the range to DC 1 V/div and 5µ/div.

2. Connecting the PC Interface
1) 2) 3) 4) 5) Fit the PC I/F in position and make sure the CON2, CON3 and CON4 connectors are all tight in place. Connect the cable between the ANALOG OUTPUT (PC computer) and the DSUB connector (INPUT1 of the proejctor). Set the projectorâs input selector to the INPUT1 position. Make sure the Dsub/BNC selector is at the Dsub position. Set the PC computer in the XGA mode (1024 x 768, 60 Hz, 32-step scale). Adjust the output amplitude to 700 mVp-p (terminated with 75 ohms) for the black-to-white portions. Turn on the power.

3. Adjusting and checking the level
1) 2) 3) 4) 5) 6) Press the S5001 switch to go to the process mode. Set the SH-PHASE on the OUTPUT3 menu to 8. (Make the characters on screen clear and crisp.) Connect the oscilloscope to TP2 and adjust the M-BRIGHT data of OUPUT2 so that the signalâs black level be 1.9 V. Adjust the R-BRIGHT data of A/D so that the black level of the signal at TP1 be 1.9 V. Adjust the B-BRIGHT data of A/D so that the black level of the signal at TP2 be 1.9 V. Make sure the GAIN data on the A/D menu is 155.

4. Adjusting the DTV
1) 2) 3) 4) 5) 6) Set the switch to the BNC input terminal of INPUT1 Select the signal type of the user menu option for the component. Feed the Y signal of 480P to the G(Y) input terminal. Keep the R(Pr) and B(Pb) signals off. Connect the voltmeter to TP1, and adjust the DTVâs B-BRIGHT data to 2.65±0.02 V. Connect the voltmeter to TP3, and adjust the DTVâs R-BRIGHT data to 2.65±0.02 V. Finally press the S5001 switch again to quit the process mode.

32

You might also want to buy

$4.99

XG-NV6XE SHARP
Owner's Manual

Complete owner's manual in digital format. The manual will be available for download as PDF file aft…
>
Parse Time: 0.128 - Number of Queries: 113 - Query Time: 0.024