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Excellent transaction - clean document received - Thanks a lot
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Manual is in German but complete. I needed this one to fix a long lasting problem with the internal PSU of the camera. Most of the capacitors begin to leak after a few years wich results in the inability to power on the camera. When you try to turn it on the power led flickers and the unit directly turns off. Thanks to this manual I was able to locate all bad cap's and to dis- and reassemble the camera without any problems.
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We received the manual in a timely manner and it was exactly what we were expecting.
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Excellant, finally this is want I need and searching for The service manual is fantastic and thank you to owner-manuals.com and its service. Price is reasonable. It's a bit slow on my end in downloading but manage to receive the whole manual without a break. once again, thanks.
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Very good scanning quality. All schematics are very legible. Worth every cent !
AVX-P7000CD,AVX-7000
YES RGB signal for LCD is obtained at Pin-48, NO Pin-50, and Pin-52 of Q201 (NJW1300A)? Replace Q201 (NJW1300A).
Blanking (BLK) signal is obtained at Pin-9 to Pin-11 of Q208 (74HC4053)?
Check CN003 (30-pin flexible connector) and its periphery.
RGB signal for LCD is obtained at Pin-2 to Pin-4 of CN003 (30-pin flexible connector)?
Check Q208 (74HC4053) and its periphery.
Normal signal is obtained at each terminals of CN003?
Check CN003 (30-pin flexible connector) and its periphery.
Replace LCD module.
2Back light doesn't turn ON.
Back light doesn't turn ON. NO F101 (fuse) is broken out? YES 5V is obtained at Pin-8 of Q104 (NJM2403)? NO
Replace F101. NO Check Q103 (3-terminal regulator) and its periphery.
Dimmer voltage (1.35V to 3.9V) is obtained at pin-2 of Q104 (NJM2403)?
Check input flexible cables and their periphery.
At Dimmer mode, triangular waves are obtained at Pin-6 of Q104 (NJM2403)?
Check Q104 (NJM2403) and its periphery.
At Dimmer mode, 0/5V rectangular waves are obtained at Q108 (TR)?
Check Q104 (NJM2403) and its periphery.
At 100% dimmer mode, ON voltage (about 0.7V) is obtained at the base of Q105 (TR)?
Check Q105, Q108, and their periphery.
Half-wave oscillating waveform is obtained at both ends of C110 (film capacitor)?
Check the primary windings of Inverter transformer.
High voltage is obtained at pin-1 and Pin-3 of CN004?
Replace T101 and T102 (Inverter transformer).
Check CN004 and replace back light.
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