To Next PageTo Next PageWhy is there no sound coming from my Denon DRA-295 even though the DISPLAY is lit?
Several factors could be at play. Check these: * Ensure speaker cords are securely connected. * Verify the audio function button is in the correct position. * Make sure the volume isn't set to minimum; increase it to a suitable level. * Confirm that MUTING is switched off.
What to do if my Denon Stereo Receiver DISPLAY is not lit and no sound is produced?
If the display isn't lit and there's no sound, it's likely a power issue. Check that the power cord is securely plugged in. You can also try turning the power on using either the remote control or the receiver's power switch.
What to do if my Denon DRA-295 Stereo Receiver DISPLAY is not displayed and the “ON/STANDBY” LED flashes at a high rate?
This usually happens due to a short circuit in the speaker terminals, blocked ventilation holes, or the unit operating at continuous high power with inadequate ventilation. To resolve this: * Switch the power off. * Ensure speakers are properly connected. * Ventilate the unit well to cool it down. * Turn the power back on.
Why is my Denon DRA-295 Stereo Receiver remote control not working?
There might be several reasons why the remote control isn't working: * The batteries may be dead; replace them with new ones. * You might be too far from the unit; move closer. * There could be an obstacle blocking the signal; remove it. * You might be pressing the wrong button; ensure you're pressing the correct one. * The batteries might be inserted incorrectly; check the polarity.
Why is sound only coming from one channel on my Denon DRA-295 Stereo Receiver?
If sound is only coming from one channel, it suggests an incomplete connection. Ensure that both the speaker cords and the input/output cords are securely connected.
What causes reversed instrument positions during stereo playback on my Denon Stereo Receiver?
Reversed instrument positions usually indicate that the left and right speakers, or the left and right input/output cords, are connected in reverse. Double-check all left and right connections to ensure they are correct.
General| Impedance | 8 ohms |
|---|---|
| Frequency Response | 10 Hz - 100 kHz (+1, -3 dB) |
| Total Harmonic Distortion | 0.08% |
| Signal to Noise Ratio | 95 dB (line) |
| Tuning Range | FM, MW |
| Damping Factor | 60 |
| Input Impedance | 47 kohms |
| Tuner Section | FM/AM |
| Preset Stations | 40 |
| Power Output | 50W per channel (8 ohms, 20Hz-20kHz, 0.08% THD) |
| Input Sensitivity | 2.5mV (MM) |
| Speaker Load Impedance | 8 to 16 ohms |
| Speaker Impedance | 4-16 ohms |
Procedure for checking leakage current before returning the unit.
Details on audio, video, and tuner section parameters, including input/output levels.
Power supply, dimensions, weight, and remote control unit details.
Instructions for removing top, front, and rear panels.
Details on FM and AM alignment procedures for the tuner section.
Procedure for measuring and adjusting the idling current.
Detailed pin functions for the CXP82840-321Q microcontroller.
Details on DTA and DTC series transistors, including pinouts.
Information on various diode types, including LEDs.
Component layout and routing for the main printed wiring board.
Guidelines for identifying resistor and capacitor types and values.
List of semiconductor parts used in the P.W.B. units.
List of capacitor parts used in the P.W.B. units.
List of resistor parts used in the P.W.B. units.
Parts breakdown for the main and front printed wiring boards.
List of items included in the product packaging.
Schematics for the input and video signal processing sections.
Schematics for volume control and board interconnections.
Schematics for the main unit circuitry.
Schematics for the front panel circuitry.
Detailed schematics for the FM/AM tuner circuitry.
