To Next PageTo Next PageWhat to do if Yamaha RX-N600 sound suddenly goes off?
If the sound from your Yamaha Receiver suddenly cuts out, it could be due to the protection circuitry being activated by a short circuit. Verify that the speaker impedance setting is correct. Also, check that the speaker wires are not touching each other, and then power the unit back on.
How to fix no sound on Yamaha Receiver?
If you're not getting any sound from your Yamaha Receiver, start by checking all input and output cable connections to ensure they are properly connected; if the problem continues, the cables may be defective. Make sure you've selected the correct input source using the INPUT selector on the front panel or the remote control, and also check MULTI CH INPUT on the front panel or MULTI CH IN on the remote. Verify that the correct set of front speakers is selected using SPEAKERS A or B on the front panel or SPEAKERS on the remote. Ensure the volume isn't turned down or muted by pressing MUTE or VOLUME +/- on the remote. If playing a DTS-encoded source, confirm that “INPUT MODE” is set to “AUTO” or “DTS”.
General| Channels | 5.1 |
|---|---|
| Dimensions | 435 x 161 x 315 mm (17-1/8" x 6-3/8" x 12-3/8") |
| HDMI Inputs | 4 |
| HDMI Outputs | 1 |
| Audio Formats Supported | Dolby Digital, Dolby Digital Plus, Dolby TrueHD, DTS |
| Network Connectivity | Ethernet, Wi-Fi |
| Streaming Services | AirPlay, Spotify, Pandora |
| Total Harmonic Distortion | 0.09% |
| Inputs | 4 x HDMI, 2 x digital optical |
| Outputs | 1 x HDMI |
| Bluetooth | Yes |
| Frequency Response | 10 Hz - 100 kHz +0, -3 dB |
Critical safety warning regarding improper service procedures leading to injury or product failure.
Warning about static discharge damaging components and how to prevent it by grounding.
Procedure for verifying proper insulation and measuring leakage current after service (120V models only).
Warning about lead content in solder and other chemicals, and safe handling procedures.
Comprehensive specifications for the audio section, including output power, dynamic power, damping factor, and frequency response.
Specifications related to the video section, covering format, conversion, input signals, and response.
Step-by-step instructions for removing the top cover, including screw identification.
Steps for removing the top cover, specifying screws and sliding action.
Instructions for removing the front panel unit, detailing knob, screw, and support removal.
Procedure to remove the front panel unit, involving screws, rivets, FFC, and connectors.
Guidelines for checking P.C.B.s, including cloth placement, reconnection, polarity, and grounding.
Guidelines for checking P.C.B.s, including cloth placement, reconnection, polarity, and grounding.
Lists necessary tools for firmware update, including PC, software, firmware file, and cables.
Precautions and preparation steps before starting the firmware update process.
Step-by-step guide for writing firmware, including power disconnection and cable connections.
Instructions to start the DSP_FLASHER.exe program and view the initial screen.
Step to open the file selection window and choose the firmware file.
Instruction to press the [E.P.] button to begin the firmware writing process.
Notification that "Program Finished" is displayed upon successful firmware download.
Procedure to confirm successful firmware update using the DIAG function by checking version and checksum.
Steps to initialize the main unit after firmware update, including accessing DIAG menu and selecting factory preset.
Instructions on how to start the DIAG function by pressing specific keys simultaneously.
Procedure to start DIAG mode with protection functions disabled, cautioning about potential damage.
Steps to cancel the DIAG function, involving factory preset selection and powering off the unit.
Lists functions available in DIAG mode, such as input selection, level adjustment, muting, and volume control.
Explains the BYPASS function, allowing selection between analog bypass and DSP bypass.
Explains analog switch settings for speaker setup, including LARGE, SMALL, NONE, and SWFR modes.
Details how to check the FL driver and tube segments, including dimmer control and short detection.
Explains how to check the OSD driver using 128 pictographs for video signal output.
Explains how the DSP outputs test noise to specified channels for THX compliance.
Describes the menu used to reserve or inhibit initialization of backup RAM parameters and set menu contents.
Explains the menu used to display A/D conversion values for panel keys and protection functions.
Details the detection values for power supply voltage protection and their normal ranges.
Explains DC detection for protection and temperature detection for the heat sink.
Describes the menu used to test the DOCK connector without the iPod itself, involving shorting pins.
Explains how to select sub-menus for USB1 TRACK, IP ADDRESS CHECK, USB2 TRACK, and MAC ADDRESS CHECK.
Used to self-diagnose bus connection for TI (DA70Y) and external ROM/RAM.
Used to switch function settings on P.C.B. through software to activate the product.
Shows the firmware version of the main microprocessor on the DSP P.C.B.
Displays the checksum value of the main microprocessor on the DSP P.C.B.
Lists required tools for firmware update, specifically USB flash memory and firmware file.
Step-by-step guide for the firmware update operation using USB flash memory.
Procedure to confirm idling current of MAIN (1) P.C.B. by measuring voltages across specific terminals.
Provides pin configuration and internal peripheral functions of the M30625MHP-A98GP microprocessor on the DSP P.C.B.
Details pin assignments, I/O types, functions, and power-on states for IC2.
Continues pin assignments, I/O types, and functions for IC2.
Provides pin configuration and functions of the LC89057W-VF4-E digital audio interface transceiver.
Details pin assignments, I/O types, and functions for the LC89057W-VF4-E transceiver.
Provides pin configuration and block diagram for the D70YE101RFP250 decoder/post processor.
Details pin assignments, I/O types, and functions for the D70YE101RFP250 decoder/post processor.
Continues pin assignments, I/O types, and functions for the D70YE101RFP250 decoder/post processor.
Provides pin configuration and functions of the EP9301-CQ2 system on chip processor on the NET P.C.B.
Details pin assignments, I/O types, and functions for the EP9301-CQ2 processor.
Continues pin assignments, I/O types, and functions for the EP9301-CQ2 processor.
Block diagram illustrating the audio signal flow and processing within the unit.
Block diagram showing the video signal processing path.
Block diagram illustrating the control and power supply sections of the unit.
Block diagram showing the network connectivity and related components.
Schematic diagram for the DSP section, part 1 of 3.
Schematic diagram for the DSP section, part 2 of 3.
Schematic diagram for the DSP section, part 3 of 3.
Schematic diagrams for the operation sections of RX-N600, RX-N600D, and DSP-N600.
Schematic diagrams for the operation sections of the HTR-N5060.
Schematics illustrating video signal processing paths.
Schematic diagram for the NET section, part 1 of 3.
Schematic diagram for the NET section, part 2 of 3.
Schematic diagram for the NET section, part 3 of 3.
Lists parts for the DSP Printed Circuit Board, including PCB, connectors, capacitors, and diodes.
Continues the parts list for the DSP Printed Circuit Board, detailing transistors and resistors.
Lists parts for the FUNCTION Printed Circuit Board, including PCBs, connectors, capacitors, and diodes.
Continues the parts list for the FUNCTION Printed Circuit Board, detailing capacitors and diodes.
Lists parts for FUNCTION and OPERATION PCBs, including oscillators, connectors, capacitors, diodes, and fuses.
Lists parts for the OPERATION Printed Circuit Board, including capacitors, diodes, LEDs, fuses, ICs, jacks, transistors, resistors, relays, switches, and transformers.
Lists parts for OPERATION and MAIN PCBs, including transistors, resistors, relays, switches, transformers, outlets, and indicator lamps.
Lists parts for the MAIN Printed Circuit Board, including connectors, capacitors, and diodes.
Continues the parts list for the MAIN Printed Circuit Board, detailing capacitors and diodes.
Lists parts for MAIN and VIDEO PCBs, including connectors, capacitors, and diodes.
Continues the parts list for MAIN and VIDEO PCBs, detailing resistors and sockets.
Lists parts for the VIDEO Printed Circuit Board, including capacitors, diodes, and ICs.
Continues the parts list for the VIDEO Printed Circuit Board, detailing capacitors, diodes, and ICs.
Lists parts for the NET Printed Circuit Board, including PCBs, connectors, capacitors, diodes, and ICs.
Continues the parts list for the NET Printed Circuit Board, detailing transistors and resistors.
Lists parts for the DAB Printed Circuit Board, including PCBs, connectors, capacitors, diodes, ICs, and supports.
Exploded view showing the overall assembly of the RX-N600, RX-N600D, and DSP-N600 units.
Exploded view showing the overall assembly of the HTR-N5060 unit.
Exploded view showing the overall assembly of the HTR-N5060 unit.
Exploded view showing the assembly of the front panel and sub chassis units for RX-N600, RX-N600D, and DSP-N600.
Exploded view illustrating the assembly of the AMP unit for RX-N600, RX-N600D, and DSP-N600.
Exploded view showing the assembly of the HTR-N5060 unit.
