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There are currently no product reviews.
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It was a great experience,instead of purchasing a new Stereo Amplifier ,in just minutes i repaired my old one and that was thaks to the manual I have purchased from you.
Thanks again.
Samuel Alter
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Das ging ja sehr unkompliziert hat bestens geklappt und die Quallität ist auch noch gut.
Vielen Dank dafür.
 ;
Everything okay, thanks a lot. It was a pleasure for me to make a deal with you.
 ;
A deal without problems, very fast and the manual is a good quality. Sorry for the my english.
 ;
Superb service and excellent quality of the document received
<CD SECTION>
PWB CD
6
VC R546
1
RIOP
SFR501 FE TE
4
IC501
RF
2 3
IC651
CD Adjustment Method �Perform the adjustments after the machine enters the test mode. �Place the CD mechanism on level ground. �Equipment and tools required Measuring equipment: Oscilloscope (Use the probe of 10:1) Digital Multimeter (Use it in the DC Volt range) Jitter meter (Kikusui 6235) Test Disc: TCD-782 ATD-001 1. Focus Offset Adjustment 1) Connect a digital multimeter to the test point (FE), (VC). 2) Play back the 2nd track of TCD-782. 3) Adjust SFR501 until the digital multimeter indicates 0 ± 10 mV. 2. RF Waveform Check 1) Connect an oscilloscope to test point (RF), (VC). 2) Play back the 2nd track of TCD-782. 3) Check that the RF waveform has the maximum amplitude and the center of the wedge waveform has the clear blank.
RF OSCILLOSCOPE
Approx.
DIGITAL MULTIMETER V FE VC
OUTPUT
1.8 ± 0.3 Vp-p EYE PATTERN must be CLEAR and MAX 0V VOLT / DIV: 500mV
3. Jitter Check 1) While an oscilloscope is kept connected in the same test point as in step 2. RF Waveform Check, connect the output terminal of an oscilloscope to the input terminal of the jitter meter. 2) Set the VOLT range selector of an oscilloscope to 500 mV range or lower. 3) Play back the 2nd track of TCD-782. 4) Check that the jitter meter indicates 28.0 ns or less.
VC
OSCILLOSCOPE JITTER METER OUTPUT INPUT ns
RF VC
� 38 �
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