Arcam CD82 Technical specification, Digital to Analogue conversion, Continual improvement policy

Models: CD72

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Technical specification

Technical specification

Digital to Analogue conversion

CD72: 24-bit multilevel Delta-Sigma DAC

CD82: Dual mono 24-bit Wolfson DAC

Laser pick-up

3 beam

Laser wavelength

780nm

Numerical aperture

0.45

Dynamic range

106dB

Signal to noise ratio (CCIR)

>100dB

Harmonic distortion (0dB, 1kHz)

<0.005%

Frequency response (±0.5dB)

5Hz–20kHz

Output level (0dB)

2.3Vrms

Output impedance

 

CD72

120Ω

CD82

50Ω

Minimum recommended load

5kΩ

NOTE: All specification values are typical unless otherwise stated.

Continual improvement policy

Arcam has a policy of continual improvement for its products. This means that designs and specifications are subject to change without notice.

Radio interference

The CD72 and CD82 players are digital audio devices which have been designed to very high standards of electromagnetic compatibility.

Both CD players and DACs generate, and can radiate RF (radio frequency) energy. In some cases this can cause interference with FM and AM radio reception. If this is the case, keep the CD player and its connecting cables as far from the tuner and its aerials as possible. Connecting the CD player and the tuner to different mains sockets can also help to reduce interference.

EC COUNTRIES -– These products have been designed to comply with directive 89/336/EEC.

USA – These products comply with FCC requirements.

Laser radiation

If an Arcam CD player is operated whilst the outer casing is removed, invisible laser radiation could cause eye damage.

Physical

Dimensions

W430 x D290 x H84mm

Weight

 

CD72

4.6kg nett/6.1kg packed

CD82

5.5kg nett/7.0kg packed

Power consumption

32VA maximum

Digital output connection

75Ω co-axial

 

optical TOSLINK

Supplied accessories

 

 

Mains lead

 

CR-314 remote control

 

2 x AAA batteries

E&OE

 

English

CD72/82

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Arcam CD82, CD72 Technical specification, Digital to Analogue conversion, Continual improvement policy, Radio interference