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This service manual helped me to repair my PIONEER. Iam very satisfied, that I found it here.
Even the price of manual was not so high that person would not be able to spend a few money.
But that is very worth spent money. Thanks
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Excellent quality service manual. Quick processing, fair prices. Love to do business again. Thank you!!!
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Excellent service manual, the only known point of note is the alignment of improvability scanned pages within the pdf page. The resolution is good.
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I was very glad recieving the service manal from You. Additionaly very fast. Extremaly nice servicing. Thanks very mach! Now my GX-220 working better, than it was made. Alexander from Moscow, Russia/
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Sweet! I won the item on eBay and couldn't adjust the geometry or even keep a steady picure. This guide has the full schematics (not available anywhere else as far as I could tell), and was a bargain for the wealth of knowledge it contains. I hooked it up to my testing equipment, tweaked a few potentiometers and got it playing videogames in no time. Thanks!
Procedure: 1. Install the SD card with calibration code into camera. 2. Attach camera to AC adapter. The camera starts to sound �di di� and then enter the Bright Level to adjust the menu. 3. Use the test pins of multimeter to touch the camera as shown. The black pin touches to the metal frame (GND), and the red pin touches to the LCD negative soldering pad (white wire). 4. Use touch pen on touch panel to adjust the reading on multimeter is 370 +/- 5mV, then press the shutter button to save it. 5. Repeat the above step 3 to adjust the reading to 220 +/- 5mV for Normal Level. 6. Repeat the above step 3 to adjust the reading to 100 +/- 5mV for Dim Level. 7. Press shutter button to get out of the calibration status.
The position on touch panel KEY
SAVE
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Shutter Button Fig 3-7
3-3 LCD Calibration Test Tools: AC Adapter SD Card with Calibration Code [lcdcal.exe] --- Self-extracting execution Oscilloscope The all test points for vector pins are on the logic board U100. The setting of scope: Setting 1: CH1---VG(the white wire as shown), 0.5V, 25.0uS; Trigger Signal: CH4---VCOM; Synchronization: scanning Setting 2: CH1---VG(the white wire as shown), 0.5V, 25.0uS; CH2---VR(the black wire as shown), 0.5V, 25.0uS; Trigger Signal: CH4---VCOM; Synchronization: scanning Make sure the waveform of CH1 and CH2 is overlap together, then switch off the CH1 and CH2. Choose MATH, �-� to get the waveform of �CH1-CH2�. Setting 3: CH1---VG(the white wire as shown), 0.5V, 25.0uS; CH2---VB(the blue wire as shown), 0.5V, 25.0uS; Trigger Signal: CH4---VCOM; Synchronization: scanning Make sure the waveform of CH1 and CH2 is overlap together, then switch off the CH1 and CH2. Choose MATH, �-� to get the waveform of �CH1-CH2�. Setting 4: CH4---VCOM(the brown wire as shown), 1.0V, 25.0uS; Trigger Signal: CH4---VCOM; Synchronization: scanning GND: the red wire as shown
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