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CR-185
SPECIFICATIONS
AMP SECTION
Power Output:
Dynamic Power:
Total Harmonic Distortion:
IM Distortion:
Damping Factor:
Sensitivity and Impedance:
Frequency Response:
Tone Control:
Single to Noise Ratio:
Muting
General
Power supply:
Dimensions:
Weight:
2 x 20 Watts at 4 ohms | kHz DIN
2x 17 Watts at 6 ohms 1 kHz DIN
2 x 15 Watts at 8 ohms 1 kHz DIN
2x 15 Watts min RMS at 8 ohms | kHz
no more than 0.2 % THD
2 x 24 Watts at 4 ohms
2 x 18 Watts at 8 ohms
0.2 % at Rated Power
0.2 % at Rated Power
40 at 8 ohms
TAPE / MD PLAY : 150 mV, 50 kohms
10 to 50,000 Hz : +0 /-3dB
Super BASS : + 13 dB at 55 Hz
BASS : + 10 dB at 100 Hz
TREBLE : + 10 dB at 10,000 Hz
TAPE : 100 dB (THF A)
—co dB
AC 230 volts, 50 Hz
185Wx
131Hx
329Dmm
(7-5/16" x 5-3/16" x 12-15/16")
4.0 kg (8.8 Ibs)
Specifications and features are subject to change without notice.
FM Tuner section
Tuning Range:
Usable Sensitivity:
50 dB Quieting:
Sensivity:
Capture Ratio:
Image Rejection Ratio:
IF Rejection Ratio:
Signal — to — Noise:
Ratio
Selectivity:
Harmonic Distortion:
Frequency Response:
Stereo Separation:
Stereo Threshold:
CD SECTION
Signal readout system:
Reading rotation:
Linear velocity:
Error correction system:
D/A
converter:
Digital filter:
Number of channels:
Frequency response:
87.50 to 108,00 MHz (50 kHz steps)
Mono 12.8 dBf, 1.2 pV (75 ohms IHF)
1.0 pV (75 ohms DIN)
Stereo 18.8 dBf, 2.2 pV (75 ohms IHF)
25.0 pV (75 ohms DIN)
Mono 18.8 dBf, 2.4 nV (75 ohms)
Stereo 38.8 dBf, 24.0 pV (75 ohms)
2.0 dB
85 dB
90 dB
Mono 73 dB, IHF
Stereo 67 dB, THF
50 dB DIN (+ /- 300 kHz at 40 kHz Devi.)
Mono 1.0 %
Stereo 1.5 %
30 to 15,000 Hz (+/- 1.5 dB)
35 dB at 1.000 Hz
25 dB at 100 to 10,000 Hz
17.2 dBf, 2.0 pV (75 ohms)
Optical non-contact
About 500 — 200 r.p.m. (constant linear
velocity)
1.2-14m/s
Cross Interleave Read Solomon code
1 bit
352.8 kHz 8 times over sampling
2 (stereo)
5 Hz - 20 kHz
During repair,carefulley take the following precautions.
The laser diode in the optical pickup block is so
sensitive to static electricity surge current and etc,
that the components are liable to be broken down
or its reliability remarkably deteriorated.
PRECAUTIONS
1.Ground for the work-desk.
Place a conductive sheet such as a sheet of copper
(with inpedance lower than 10M) on the work-
desk and place the set on the conductive sheet so
that the chassis.
2.Grounding for the test equipment and tools.
Test equipments. and toolings should be grounded
in order that their ground level is the same the
ground of the power source.
(The following precautions are included in the service
parts.) ,
3.Grounding for the human body.
Be sure to put on a wrist-strap for grounding whose
other end is grounded.
Be particularly careful when the workers wear
synthetic fiber clothes, or air is dry.
4.Select a soldering iron that permits no leakage and
have the tip of the iron well-grounded.
5.Do not check the laser diode terminals with the
probe of a circuit tester or oscilloscope.
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