It's a full manual. All the parts are in there. I haven't found the problem yett, but I am working on it; hope I can rebuild the part myself. To make it more secure and unbreakable this time. Because the part has failed several times before and costs a lot to let it be repaired.
Thanks so much for this rich illustrated and parted manual.
I downloaded the document. The manual was complete, well scanned and everything was legible. I could zoom in see what I needed to know. There's not much more that you can ask.
El manual esta muy detallado, los numeros de partes y los esquemas de despiece son correctísimos y muy claros, tanto para los técnicos experimentados como para los novatos.
Ottima qualità grafica e completo nelle notizie. Costo abbastanza contenuto.
Text excerpt from page 23 (click to view)
Pin No. 37 38 39 40 41 42
Pin Name HFL SLOF CV-
I/O O
Description The HFL (high frequency level) signal is used to judge whether the main beam is positioned on the pit or on the mirror.
I I
Sled servo off control input. CLV error signal input from the DSP. RF output. Sets the RF gain and the EFM singal's 3T compensation constant togther with the
CV+ RFSM RFSO O RFSM pin. The SLC (slice level control) signal is output to control the DSP's data slice level of the
O RF waveform. I O I O I I I I O I +search with respect to the reference voltage). (Not connected) O O I VCC of servo and digital circuits. For the connection of bypass capacitor for the reference voltage. Reference voltage output. Sets the time constant for disc defect detection. For the connection of a capacitor to hold the RF signal peak. For the connection of a capacitor to hold the RF signal bottom. APC circuit output. APC circuit input. VCC of RF signal circuits. Input to control the DSP's data slice level. Ground of digital signals. Output for the focus search smoothing capacitor. The TBC (tracking balance control) signal sets the EF balance variation range. Not connected. Disc defect detection output. Reference clock input. 4.23 MHz is input from the DSP. Microprocessor command clock input. Microprocessor command data input. Microprocessor chip enable input. DRF (detect RF) is an output to detect the RF level. The FSS (focus search select) signal switches the focus search modes (+/-search /