Do you have a question about the Kenwood KRF-A4030 and is the answer not in the manual?
Rated power output during STEREO operation (DIN) | 105 W + 105 W |
---|---|
Rated power output during STEREO operation (IEC) | 100 W + 100 W |
Total harmonic distortion | 0.02 % |
Signal to noise ratio (PHONO MM) | 75 dB |
Signal to noise ratio (CD) | 92 dB |
Input sensitivity / impedance (PHONO MM) | 2.5 mV / 27 kΩ |
Input sensitivity / impedance (CD) | 200 mV / 47 kΩ |
Output level / impedance (TAPE REC) | 200 mV / 2.2 kΩ |
Output level / impedance (PRE OUT SUBWOOFER) | 2 V / 2.2 kΩ |
Tone control (BASS) | ±9 dB (at 100 Hz) |
Tone control (TREBLE) | ±9 dB (at 10 kHz) |
Tuning frequency range | 531 kHz ~ 1, 602 kHz |
---|---|
Usable sensitivity | 16 µV / (600 µV/m) |
Signal to noise ratio | 50 dB |
Power consumption | 280 W |
---|---|
AC outlet (SWITCHED) | 2 (total 150 W max.) |
Dimensions (W x H x D) | 440mm x 144mm x 389mm |
Weight (Net) | 8.0 kg |
Tuning frequency range (U.K. and Europe) | 87.5 MHz ~ 108.0 MHz |
---|---|
Tuning frequency range (Russia) | 65.0 MHz ~ 74.0 MHz |
Usable sensitivity (MONO) | 1.2 µV / 13.2 dBf |
Usable sensitivity (STEREO) | 45 µV / 44.2 dBf |
Total harmonic distortion (MONO) | 0.2% |
Total harmonic distortion (STEREO) | 0.8% |
Signal to noise ratio (U.K. and Europe, MONO) | 65 dB |
Signal to noise ratio (U.K. and Europe, STEREO) | 58 dB |
Signal to noise ratio (Russia, MONO) | 63 dB |
Signal to noise ratio (Russia, STEREO) | 58 dB |
Stereo separation | 36 dB |
Selectivity | 64 dB |
Frequency response | +0.5 dB ~ –3.0 dB |
Provides detailed descriptions of the microprocessor's pin functions.
Covers adjustments for FM section, including distortion and tuning level.
Detailed schematic diagram for the tuner unit.
Schematic diagram of the main audio and control circuits.
Lists diodes and transistors for the audio unit.
Lists integrated circuits (ICs) for the audio unit.
Lists transistors and ICs used in the unit.
Details audio performance specs like power output, distortion, and noise ratio.
Provides tuner sensitivity, selectivity, frequency response, and SNR specs.