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There are currently no product reviews.
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This manual is very helpfull to use the Power Supply. All technical information has been available.
For service use the circuit diagrams are very good.
Thanks .
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Very comprehensive document which is a must-have for any Satellit 2100 owner whose set up is somewhat intricate. Due to the bad quality of the pictures that are rather dark and a bit blurred I gave 4-star feedback.
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The manual was missing 2 pages but when I presented the problem to the company they made every attempt to get the 2 pages to me, when they couldn't they refunded my money. A very pleasing and easy transaction. The manual they provided was the original, it was concise and to the point. I plan to do business with this company again when should the need arise.
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The owners manual is very good. all my how to questions were answered in detail.
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Irrespectively of this manual exist only germany language, it's useful - although i need some additional task to translate: My english is bad, but usable - but i really dont speak germany. :)
Pin No. 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93
Pin Name TSTC TSTB TSTA TST2 TST1 TST0 DVCC DVCC AGND VRT1 VRTS1 AVCC Y IN VRBS1 VRB1 DGND DVCC AGND VRT2 VRTS2 AVCC U IN VRBS2 VRB2 DGND DVCC AGND VRT3 VRTS3 AVCC V IN VRBS3 VRB3 DGND DGND DVCC EVD EHD ECK EEVN MNT4 MNT3
I/O I I I I I I � � � I O � I O I � � � I O � I O I � � � I O � I O I � � � I I I I O O
Description
Input terminal for the test (normally: fixed at �L�)
Power supply terminal (+5V) (logic system) Power supply terminal (+5V) (A/D converter, digital system) Ground terminal (A/D converter, analog system) Reference voltage (top side) input of the A/D converter Reference voltage (top side) output of the A/D converter Generated 3V at connected to VRT1 (pin ^¡) Power supply terminal (+5V) (A/D converter, analog system) Analog Y signal input terminal (luminance signal input terminal) Reference voltage (bottom side) output of the A/D converter Generated 1V at connected to VRB1 (pin ^§) Reference voltage (bottom side) input of the A/D converter Ground terminal (A/D converter, digital system) Power supply terminal (+5V) (A/D converter, digital system) Ground terminal (A/D converter, analog system) Reference voltage (top side) input of the A/D converter Reference voltage (top side) output of the A/D converter Generated 3V at connected to VRT2 (pin &º) Power supply terminal (+5V) (A/D converter, analog system) Analog U signal input terminal (B-Y color difference signal input terminal) Reference voltage (bottom side) output of the A/D converter Generated 1V at connected to VRB2 (pin &�) Reference voltage (bottom side) input of the A/D converter Ground terminal (A/D converter, digital system) Power supply terminal (+5V) (A/D converter, digital system) Ground terminal (A/D converter, analog system) Reference voltage (top side) input of the A/D converter Reference voltage (top side) output of the A/D converter Generated 3V at connected to VRT3 (pin &ª) Power supply terminal (+5V) (A/D converter, analog system) Analog V signal input terminal (R-Y color difference signal input terminal) Reference voltage (bottom side) output of the A/D converter Generated 1V at connected to VRB3 (pin *¢) Reference voltage (bottom side) input of the A/D converter Ground terminal (A/D converter, digital system) Ground terminal (logic system) Power supply terminal (+5V) (logic system) Vertical drive data input from the CXD1229Q (IC401) Horizontal drive data input from the CXD1229Q (IC401) Serial clock signal input from the CXD1229Q (IC401) E/O input from the CXD1229Q (IC401) Test monitor output terminal (normally: open) Test monitor output terminal (normally: open)
5-60
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