Handbook

Condence Monitors User Handbook
2
Features Summary
DSP Based Design
The use of a modern electronic architecture allows a much better audio performance to be
realised. The DSP-based, 3rd-order active crossover provides perfect separation between
mid-range and bass sounds.
A DSP-based electronic equalisation is used to atten the frequency response and the fast-
attack DSP loudspeaker limiter protects the drivers from overload damage.
CONFIDENCE MONITORS
INTRODUCTION
CONFIDENCE MONITORS INTRODUCTION
• Anti-vibration steel case.
• Sealed lid with foam cut-outs to
dampen lid.
• Multi-point screw xings ensure lid
rigidity.
• Rear connector ports sealed with
foam.
• Glue used on components which
could move, or vibrate.
• Accurate 3-way speaker system.
• Two mid/high frequency speakers
provide excellent stereo imaging.
• Separately driven, forward facing,
dual magnet, mono bass driver.
• Custom-moulded, proled, HF
enclosures minimise standing waves.
• Acoustic damping in the HF
enclosures reduces colouration.
• Separate, sealed, innite-bae
enclosure for each driver.
• Magnetically shielded drivers so that
the monitors are perfectly safe to use
near CRTs and TFT displays.
• Separate, highly ecient class-D
switching amplier for each speaker.
• Short, even cable lengths to and from
the speaker enclosures to reduce any
potential microphonic induction.
• DSP based design allows better audio
performance to be realised.
• Active crossover provides perfect
separation between mid-range and
bass sounds.
• A universal power supply ensures
global voltage operation without
adjustment.
1