Technology
- i-mos® amplifiers
- The
special circuit engineering uses MOSFET output stages with rapid and
low-loss switching transistors that are also praised for their low
distortion and a natural music reproduction with highly detailed
resolution.
High attenuation constants (>400) ensure optimum monitoring and control of the connected speakers.
i-mos® works without the usual negative feedback for distortion reduction but in a "predictive" mode instead. Distortions are not compensated for but avoided in the first place. The resulting sound is sensational, as are the tremendously compact dimensions. - i-qualizer®
- The i-qualizer® module, which is adjusted to
each particular vehicle, corrects the sound influences of the
particular vehicle on the music playback in combination with the
installed sound system. This way, the vehicle-specific cavity resonance
and reflection will no longer spoil your music enjoyment by mixing with
the music signal and causing sonic discoloration, harshness or booming.
The result is hi-fi instead of just "sound“. - i-sopower® switched-mode power supply units
- These very
efficient switched-mode power supply units ensure optimum exploitation
of the available power resources. It is especially important to have a
high level of efficiency when power is taken from the vehicle cable
harness for additional electronics to avoid unnecessary loss of
performance. The i-sopower® switched-mode power supply units work at a
sensational level of efficiency of 90% or higher.
Instead of old-fashioned and bulky toroidal cores, we use state-of-the-art ferrite materials by German manufacturers. The advantages include compactness, efficiency and low stray field.
Only state-of-the-art high performance MOSFETs are used to control these transformers. - SMD Components
- Because
we use SMD (surface mounted devices) in our fabrication, components can
be half the size of the conventional "wired" components. This allows us
to build extremely compact components.
State-of-the-art printed-circuit board machines ensure consistent quality and avoid faulty fitting, which cannot be avoided when performed manually.
