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Cambridge Audio Azur 650A Technical Specifications

Cambridge Audio Azur 650A Technical Specifications

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Azur 650A Integrated Amplifier
Audiophile grade oversize transformer and
substantial extruded heatsink allowing 2 x 75
Watts RMS into 8 ohms
6 inputs, 2 outputs and Tape In
Separate transformers for left and right
channels, twin rectifiers and separate PSUs
for dual mono operation of the left and right
power amps
Revised output stage using new Sanken
output transistors with external emitter
resistors for reduced thermal modulation and
increased current delivery
New ALPs film type 'black box' volume pot
for improved low level channel balance and
stereo imaging
Detailed Specifications
Power Output
THD (unweighted)
Frequency Response (-1dB)
S/N ratio (ref 1w)
Input impedances
Power amp damping factor
Max. Power consumption
Standby power consumption
Bass/Treble controls
Dimensions (HxWxD)
Weight (unboxed)
Weight (boxed)
Fully
updated
protection
performance at high volumes
New low dissipation polypropylene signal
capacitors and custom made electrolytic
capacitors in critical positions
EnergyStar certified ultra low power (<1W)
standby circuit
Brand new wrap-around casework design
with
substantially
aluminium front panel
Front mounted 3.5mm iPod/MP3 player
connection
75 watts (into 8 ohms)
<0.002%@1kHz, 80% of rated power
<0.03% 20Hz – 20kHz, 80% of rated power
<0.02% 20Hz – 20kHz @10W
5Hz – 50kHz
>92dB (unweighted)
47kohms
>100
600W
<1W @rated mains
Shelving, ultimate boost/cut +/-7.5dB @20Hz – 20kHz
120 x 430 x 350mm (4.7 x 16.9 x 13.8'')
8.4kg (18.5lbs)
10.2kg (22.5lbs)
and
re-tuned
technology
to
enhance
thicker
brushes
Version created: May 2009
CAP5

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Summary of Contents for Cambridge Audio Azur 650A

  • Page 1 Azur 650A Integrated Amplifier Audiophile grade oversize transformer and Fully updated re-tuned CAP5 substantial extruded heatsink allowing 2 x 75 protection technology enhance Watts RMS into 8 ohms performance at high volumes 6 inputs, 2 outputs and Tape In New low dissipation polypropylene signal...
  • Page 2 XXXXXXX Specifications...