To Next PageTo Next PageWhat to do if my Yamaha CDR-D651 does not switch on?
If your Yamaha Recording Equipment does not switch on when you press the POWER button, the AC power cord may not be connected or not completely connected. Make sure to securely connect the power cord.
Why does the remote control not work with my Yamaha CDR-D651 Recording Equipment?
If the remote control for your Yamaha Recording Equipment does not work, the batteries may be too weak, so replace them with new ones. Also, make sure you are using the remote within 6 meters and a 60 degree radius. Direct sunlight or lighting (of an inverter type of fluorescent lamp, etc.) may be striking the remote control sensor of the unit, so try changing the position of the unit.
What to do if play does not begin on my Yamaha CDR-D651 Recording Equipment?
If play does not begin on your Yamaha Recording Equipment, the disc may be damaged, so check it carefully and replace it if necessary. There may be moisture on the laser pick-up, so wait 20 to 30 minutes after switching the unit on before trying to play a disc. The disc may have been loaded upside down, so reload it with the label side facing up. The disc might also be dirty, so try cleaning it.
Why can't I play a recorded CD-R or CD-RW disc from my Yamaha CDR-D651 on other players?
If you cannot play back a recorded CD-R or CD-RW disc from your Yamaha Recording Equipment on other CD or DVD players, the CD or DVD players may not be compatible with CD-R or CD-RW discs, so use a CD or DVD player compatible with those disc types. The disc may also not be finalized, so try finalizing the disc.
Why does the sound 'skip' on my Yamaha Recording Equipment?
If the sound from your Yamaha Recording Equipment “skips,” the unit and/or the component being recorded may be subjected to vibration or impact. Relocate the unit(s). Note that this is not possible if the skipping sound is already on the recording due to vibrations or impact that occurred during recording. Also, the disc may be dirty, so try cleaning it.
Why is my TV malfunctioning when I use the Yamaha CDR-D651 Recording Equipment remote?
If the TV functions strangely when using the remote control for your Yamaha Recording Equipment, it may be because the remote control is being used near a TV set with a remote control sensor. Try relocating the unit away from the TV or cover the TV’s remote control sensor.
Why does my Yamaha CDR-D651 Recording Equipment sound 'hum'?
If the sound from your Yamaha Recording Equipment “hums,” there may be improper cable connections. Securely connect the audio cables. If the problem persists, the cables may be defective.
What causes play to be delayed on Yamaha CDR-D651?
If play is delayed or begins at the wrong place on your Yamaha Recording Equipment, the disc may be scratched or damaged. Check the disc carefully and replace it if necessary.
Why is there noise coming from inside my Yamaha Recording Equipment?
If you notice noise from inside of the Yamaha Recording Equipment unit, the disc may be warped. Replace the disc.
General| Type | CD Recorder |
|---|---|
| Recording Media | CD-R, CD-RW |
| Frequency Response | 20 Hz - 20 kHz |
| Harmonic Distortion | 0.003% |
| Digital Inputs | TOSLINK optical, Coaxial |
| Analog Inputs | RCA (L/R) |
| Digital Outputs | TOSLINK optical, Coaxial |
| Analog Outputs | RCA (L/R) |
| Sampling Frequency | 44.1 kHz |
| Bit Depth | 16-bit |
| Dimensions | 435 x 116 x 286 mm |
| Weight | 5.5 kg |
| Supported Discs | CD-R, CD-RW |
| Total Harmonic Distortion | 0.003% |
| Headphone Output | Yes |
| Audio Formats Supported | CD-DA, MP3 |
| Recording Formats | CD-DA |
Details about components with special characteristics requiring specific replacement parts.
Procedure and limits for verifying insulation and measuring leakage current on 120V models.
Warning regarding lead in solder and potential chemicals in components.
Precautions and safety measures for servicing laser components to prevent eye damage.
Explains laser beam emission during operation and servicing precautions.
Lists material, wavelength, emission duration, and laser output for CD and CDR diodes.
Rear panel layout and connections for U and C model variants.
Rear panel layout and connections for the A model variant.
Rear panel layout and connections for B and G model variants.
Rear panel layout and connections for the R model variant.
Technical specifications for audio playback and recording performance.
Details on laser diode characteristics for CD and CDR drives.
Specifications for analog and digital input connections.
Specifications for analog and digital output connections, and headphone output.
Physical dimensions of the unit.
Step-by-step guide to remove the top cover of the unit.
Instructions for removing the front panel and disconnecting connectors.
Procedure for removing the tray mechanism, applicable to both CD and CD-R drives.
Steps to remove the pick-up mechanism from the CD drive.
Instructions for removing the entire CD drive mechanism unit.
Guide for replacing the drive belt on the CD-R mechanism unit.
Steps to remove the CD-R drive mechanism unit from the main chassis.
Procedure for installing the tray mechanism, applicable to both drives.
How to enter Product Test Mode using the front panel controls.
Steps to switch from Product Test Mode to PCB Test Mode via front panel or remote.
Table detailing front panel/remote controller codes for various PCB test functions.
Explanation of how to adjust servo gain for CD-RW discs in test mode.
How to check the software version of the microprocessor and CDR unit.
Procedure to display error messages on the unit's display.
Diagnostic flowcharts to identify causes of common error codes.
Troubleshooting guides for common operational issues like tray, sound, or disc errors.
Table detailing pin assignments, circuit names, I/O, and functions for the µCOM IC.
Detailed list of pin functions for the MN35511 IC.
Diagrams showing pin connections for various components.
Foil side layout of the Main Printed Circuit Board with component locations.
Table listing semiconductor component references and their locations on the PCB.
Foil side layout of the OPE P.C.B. (1) with component locations.
Foil side layout of the OPE P.C.B. (6) with component locations.
Foil side layout of the OPE P.C.B. (7) with component locations.
Foil side layout of the OPE P.C.B. (3) with component locations.
Foil side layout of the OPE P.C.B. (2) with component locations.
Foil side layout of the OPE P.C.B. (4) with component locations.
Foil side layout of the OPE P.C.B. (5) with component locations.
Diagrams showing pin connections for various components.
List of electrical components with part numbers, descriptions, and abbreviations.
Parts list specifically for the Operation PCB, including part numbers and descriptions.
Parts list for both Operation and Main PCBs, detailing part numbers and descriptions.
Parts list specifically for the Main PCB, including part numbers and descriptions.
Exploded view diagram for the R model, showing component assembly.
List of mechanical parts with part numbers, descriptions, remarks, and market information.
Continues the list of mechanical parts with part numbers, descriptions, remarks, and market information.
List of accessories included with the unit, such as cables and batteries.
Exploded view of the PU mechanism unit and its components.
Pin connection diagram for the display unit.
Grid assignment mapping for the display segments.
Anode connection details for the display unit.
Schematic diagram of the remote control transmitter circuit.
Table mapping remote control keys to functions, custom data, and hex codes.
