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THANK YOU FOR A GOOD TRANSACTION, NICE COPY, CLEAR
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Very Good! All the diagram are easy to read, and its complete.
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This was an excellent source of detailed assembly information on a device which is at least 12 years old. A very lucky find, coupled with great service.
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Excellent Service Manual and best price on the Internet. This Service Manual covers everything you could ever need including full circuit schematics, component layout diagrams, stripdown procedure and full parts list/breakdown. I needed this to carry out a modification to one of these headunits and this manual covered everything I needed. Fast delivery, processed within a few hours.
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Thought I would never find a copy of the Technics SX-EN2 Service Manual until I found Owner-Manuals.com. Price was very fair and I received the download promptly. While a photocopy, it is quite readable and includes all the pertinent information and diagrams. Thank you Owner-Manuals!
2-1-4. AD Adjustment of CVBS Video (NTSC) System
1) Set input to AV1. 2) Input NTSC 50% window Signal 90 IRE in AV1. 3) Set picture quality mode to [PC/GAME]. Send �RGB Level� Command. 4) Adjust Y_OUT_LEVEL until the Green detection value is within a setting value. Detection setting value: 197 ± 3 5) Set Video Signal to NTSC 50% window 20 IRE. 6) Adjust Cb_OFFSET1 until the detection value of Blue becomes same as that of Green. 7) Adjust Cr_OFFSET1 until the detection value of Red becomes same as that of Green. 8) Repeat step 6-7 until it becomes the following detection setting value. Detection setting value: 44 +2 �6 R,G,B detection value dispersion: ± 1 9) Repeat step 2-7 until it is in the detection setting value of 4) and 8). 10) Input NTSC 75% Color Bar signal into AV1. (Fig. 1)
75% Color Bar (A) x (B) x (C) x (D) x Bl Bk
2-1-5. AD Adjustment of CVBS Video (PAL) System
1) Set input to AV1. 2) Input PAL 50% window Signal 90 IRE in AV1. 3) Set picture quality mode to [PC/GAME]. Send �RGB Level� Command. 4) Adjust Y_OUT_LEVEL until the Green detection value is within a setting value. Detection setting value: 197 ± 3 5) Set Video Signal to PAL 50% window 20 IRE. 6) Adjust Cb_OFFSET1 until the detection value of Blue becomes same as that of Green. 7) Adjust Cr_OFFSET1 until the detection value of Red becomes same as that of Green. 8) Repeat step 6-7 until it becomes the following detection setting value. Detection setting value: 44 +2 �6 R,G,B detection value dispersion: ± 1 9) Repeat step 2-7 until it is in the detection setting value of 4) and 8). 10) Input PAL 75% Color Bar signal into AV1. (Fig. 5)
75% Color Bar (A) x (B) x (C) x (D) x Bl Bk
Wh Ye Cy G Mg R
Wh Ye Cy G Mg R
Cautions : The position of (A) excepts between for 1/16 from an edge. Fig. 1
Cautions : The position of (A) excepts between for 1/16 from an edge. Fig. 5
11) Adjust C_OUT_LEVEL until the detection value of (A) becomes same as that of (D), as shown in the figure 2.
ML board CN304 3 pin Blue output (A) (B) Fig. 2 (C) (D)
11) Adjust C_OUT_LEVEL until the detection value of (A) becomes same as that of (D), as shown in the figure 6.
ML board CN304 3 pin Blue output (A) (B) Fig. 6 (C) (D)
12) Adjust Hue until the detection value of (B) becomes same as that of (C), as shown in the figure 3.
ML board CN304 3 pin Blue output (A) (B) Fig. 3 (C) (D)
13) Repeat step 11-12 until the detection value of (A), (B), (C) and (D) becomes the same, as shown in the figure 4.
ML board CN304 3 pin Blue output (A) (B) Fig. 4 (C) (D)
KLV-MR30M1 (CH)
2-2
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