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Dear Sir,
Document is original service document of sharp. I had a problem with the door contacts. Fuses where blown. With the manual in a few minuts is was clear what the problem was.
Manual was of great help.
With kind regards,
Martie Verhoeven
The Netherlands.
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The scan is clear and well readable with very few weaker spots, usually on black background with white letters, but with enough zoom those spots can be read.
Printout is clear, the manual is complete and has all pages scanned.
I would give 5 stars, except that it is not in color, and the schematic and PCB pages are scanned on multiple pages. The document is locked (except printing) so the pages can not be extracted to compose them together for printing on the large plotter
It is worth the price tag.
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let's say first that i do not need to have a credit for my opinion, i am a retired sparkie and i voluteerd to fix an electronic device for a local "Youthgroup",as no diagram was present i checked the "net" and gambled on this site and paying some fee via PayPall, i was gladly surprised that the manual arrived as was stated, GOOD SHOW, and best wishes, John
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I had been looking for a Manual for my CS2150 for quite a while -- in fact I had just about given up. I saw this site and decided to download the Manual. When I Received it by Email I was really pleased with what I got, with the result that My Kenwood 'Scope is now 100% repaired and working well. As an AV Serviceman, you need a good 'scope, and thanks to this site, and the Service Manual, I have been able to repair it. The Manual was a copy of the Factory Original and the copy was very clear, especially in the area of the Circuit Schematics, where You really need to be sure of what You are looking at.
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I recently purchased a manual for a Samsung DLP tv to help with a trouble shooting problem I was having. Every tv repair shop wanted close to $400.00 for the fix, but after I found Owner-Manuals.com I hit pay dirt. The manual they had for me to purchase and download was a complete service manual for the exact tv I needed. It was complete with wiring diagrams, schematics, and even part numbers. If your the fix it yourself type I highly recommend trying to find any manual here before paying someone else to fix whatever problem your having.
Horizontal and Vertical Synchronisation Connections
Pin 20 is the vertical synchronisation input from the deflection stage. This input is used for OSD vertical synchronisation. When the TV is in the standby state, this input is normally low. The vertical input is triggered on the rising edge (positive polarity). A failure of the signal at this input when the TV is powered up will cause the TV to go to standby and fault code 0004 to be set. Pin 19 is the horizontal synchronisation input from the deflection stage. This input is used for OSD horizontal synchronisation. When the TV is in the standby state, this input is normally low. The horizontal input is triggered on the rising edge (positive polarity). A failure of the signal at this input when the TV is powered up will cause the TV to go to standby and fault code 0003 to be set.
General Input Connections Headphone Input
Pin 26 is used to detect if the headphone has been inserted into its socket. This input is normally high unless the headphone has been inserted; in which case it is near 0V. When the headphone is inserted, the loudspeakers (and internal sub-woofer if available) in the television are automatically muted.
Protection Input
Pin 21 is used to determine if a protection fault has occurred on the chassis. This line is connected to various sensing points in the power supply and deflection stages. This line is normally high unless a fault has occurred; in which case it is near ground potential.
Power-Good Input
Pin 23 is used to indicate if the power has been removed from the TV. This input normally has a mains frequency square wave, which is monitored by the software in the microcontroller. If a failure of this signal occurs when the TV is powered up, the audio power amplifiers are muted and the television begins to power-down into standby. If a brief interruption of the mains supply occurs, the TV will enter the standby condition temporarily before powering back up a few seconds later.
DTT Fan Fail Input
Pin 25 is used only on an IDTV model fitted with a DTT module. It is used to indicate if a fault in the fan on the DTT unit has occurred. This input is normally HIGH unless a fault condition has been detected (0V).
Front Panel Buttons and SAV3 Socket Inputs
Pins 15 and 16 are 2 of the 4 ADC inputs of the microcontroller. Pin 16 is connected to the Volume +/- buttons and the SAV3 (Hi-8) socket on the front panel of the TV. When the voltage on this pin is changed to a value in a certain window, the microcontroller will interpret it as either a volume up, volume down and/or an SVHS Hi-8 connector was inserted into the Hi-8 socket. Pin 15 is connected to the Programme +/- and Menu buttons on the front panel of the TV. When the voltage on this pin is changed to a value in a certain window, the microcontroller will interpret it as either a programme change or the menu button was pressed.
Analog Inputs
Pin 17 (ADC2) is the analogue input shared between the tuner AGC feedback voltage input and the scart 4 pin 8 voltage input. The selection of input is made by I304 controlled by the ADC_SEL pin (I003 pin 2). Pin 18 (ADC3) is the analogue input shared between the tuner scart 1 pin 8 voltage input and the scart 2 pin 8 voltage input. The selection of input is made by I304 controlled by the ADC_SEL pin (I003 pin 2).
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