Kenwood KR-950
Data[edit]
General
- Manufacturer: Kenwood
- Model: KR-950 B
Type: Receiver
- Years of manufacture: 1983 - 1985
- Made in: Japan
- Color: Black
- Remote control: no
- Power consumption: 450 W max.
- Dimensions (WxHxD): 480 x 142 x 350 mm
- Weight: 9 kg
- Original price approx.: 530 US-$, 998 DM
Connections
- Number of inputs:
- Phono MM 1: 2,5 mV, 50 kOhm
- Phono MM 2: 5,0 mV, 50 kOhm
- Phono MC: 0.25 mV, 100 Ohm
Tuner: 150 mV, 50 kOhm
- AUX: 150 mV, 50 kOhm
- Tape Play 1, 2: 150 mV, 50 kOhm
Tape Play (DIN): 150 mV, 50 kOhm FM antenna: 75 Ohm, 300 Ohm
- AM antenna: 300 Ohm
- Number of outputs:
- Tape Rec 1, 2: 150 mV
- Headphones (6.3mm jack)
- 2 pairs of loudspeakers
Technical Data
Amplifier
- Continuous power (at distortion).
- 8 Ohm:
- 4 Ohm: 2x 85 W (DIN, 1 kHz)
- Dynamic power
- 8 Ohm:
- 4 Ohm:
- Total harmonic distortion: 0.01 %
- Attenuation factor:
- Frequency response: DC - 160,000 Hz, + 0 dB, - 3 dB
- Signal-to-noise ratio (IHF'66):
- Phono MM 1: 86 dB
- Phono MM 2: 92 dB
- Phono MC: 68 dB
- High level: 104 dB
- Tone control:
- Bass: ± 8 dB at 100 Hz
Treble: ± 8 dB at 10 kHz
- Loudness: yes (at -30dB volume + 10 dB at 100 Hz)
- High Filter: 5 kHz, attenuation 6 dB/octave
- Low Filter (Subsonic): 18 Hz, attenuation 6 dB/octave
- Mute:
Tuner
- Reception: FM, MW
- Frequencies:
- FM: 87.5 - 108 MHz
MW: 530 - 1610 kHz
- Frequency response: 30 Hz ~ 15 kHz, + 0.5 dB, - 2.0 dB
- Input sensitivity:
- FM: 1.7 µV
MW: 10 µV Distortion factor:
- Mono: 0.2 %
Stereo: 0.25
- Signal-to-noise ratio:
- Mono: 80 dB
Stereo: 74 dB
- MW: 48 dB
- Channel separation: 43 dB (1 kHz)
- selectivity: 70 dB
- Co-wave selection: 2.0 dB
- Spurious wave selection: 95 dB
- IF attenuation: 90 dB
- IF attenuation: 95 dB
- MW attenuation: 60 dB
- Station memory: yes / 6
Special Features
- 6 fixed station memory
Remarks[edit]
- Other models in the same series:
- Kenwood KR-910
- Kenwood KR-920
- Kenwood KR-930
- Kenwood KR-950
- Kenwood KR-1000
Pictures[edit]
- Extract from brochure: Kenwood KR-810 B, KR-920 B, KR-930 B, KR-950 B