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This Service manual is very well scanned and its clean to read, no any anti-theft words that un-english could understand. I got my CCD600 working with this manual and it´s clear shematics :)
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I was very pleased with the service provided and was surprised at how good the quality was of the manual. I thought it may be a third generation copy or so, but it is as good as the websites that charge 3 times this much. I repair some electronics for family and friends without charge, so this is perfect for me. Thank you very much.
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The service was great and the document was also great. Highly recommend!!!!
If anyone has a users manual... Please email me. need one. $ [email protected]
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I needed a service manual as the display on my oscilloscope was very dim. I thought I'd give owner-manuals.com a try, as they advertised a huge number of manuals. Sure enough they had one listed. I bought it hoping it would be useful... actually, I bought it hoping it would be readable! I've had manuals from online sources in the past, and been very disappointed. Not this time! An excellent manual, complete, and very readable. Using it I fixed my 'scope, and as such the manual was an investment that paid off manyfold. Do I have any complaints? One very minor one - The circuit diagrams could have been scanned at a higher resolution, as some of the details were a little difficult to make out - not impossible, just not as easy as my old eyes would like! Overall, I'm very satisfied with my manual, and I will certainly be using this company again. Well done.
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I Have looked for this manual for quiet a while now, I have finally found it here. I believe this is the only place they have them in a very nice scan, pages are very clear to read, some of the pages are a bit tilted but overall it is great to have this manual available for purchase. Thanks
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DELAY ADJUSTMENT OF THE CONTROL SIGNAL (SUS-B)
A
1 Measure the delay time for the SUS-U signal. 2 Check the delay time for the SUS-B signal. Adjust the variable control so that the SUS-B delay time becomes "SUS-U delay time + α ± 5 nsec." Note: For details on measuring points of waveform, see the figure below.
1.5 V SUS-U signal (input to the DRIVE Assy) 5V SUS-U signal (input to the DK module)
B
SUS-U delay time � Tsus-u 1.5 V SUS-B signal (input to the DRIVE Assy) 5V SUS-B signal (input to the MSK module) SUS-B delay time � Tsus-b
C
Value of α
SUS-B delay time: � Tsus-b Adjust so that "� Tsus-b = � Tsus-u + α ± 5 nsec," using the variable controls shown in the table below:
Assy X DRIVE Y DRIVE
VR VR1002 VR2010
Time 70 nsec 85 nsec
DELAY ADJUSTMENT OF THE CONTROL SIGNAL (SUS-G)
1 Measure the delay time for the SUS-D signal. 2 Check the delay time for the SUS-G signal. Adjust the variable control so that the SUS-G delay time becomes "SUS-D delay time + β ± 5 nsec." Note: For details on measuring points of waveform, see the figure below.
1.5 V SUS-D signal (input to the DRIVE Assy) 5V SUS-D signal (input to the DK module) SUS-D delay time � Tsus-d SUS-G signal (input to the DRIVE Assy)
E
D
1.5 V
5V SUS-G signal (input to the MSK module) SUS-G delay time � Tsus-g Value of β
SUS-G delay time: � Tsus-g
F
Assy X DRIVE Y DRIVE
VR VR1001 VR2011
Time 120 nsec 100 nsec
Adjust so that "� Tsus-g = � Tsus-d + β ± 5 nsec," using the variable controls shown in the table below:
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1 2
PDP-6071PU
3 4
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