Perreaux Radiance R200i, Руководство пользователя

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Dual Mono Construction
Featuring dual mono construction. There are two separate toroidally
wound power supplies, rectification and smoothing sections. This
topology maintains maximum channel separation independent of load.
Dual Capacitive Smoothing
Four filter capacitors (40,000uF per channel, 80,000uF total) per channel
are coupled in parallel to reduce power supply resistance. The power
supply is extremely rigid, capable of delivering huge amounts of power
instantaneously. The result is significantly improved dynamic capabilities.
Separate Control Toroidal Power Supply
All control circuitry is supplied from a separate toroidally wound multi tap
transformer. This eliminates any risk of noise contamination through the
supply.
Large High Quality Binding Posts/Speaker B Selector
The output of the amplifier features two pairs of high quality binding posts
per channel that enables two separate zones to be controlled. Alternately at
the touch of a button they can be internally coupled, and used for bi wiring
a single pair of speakers.
Sophisticated Protection Package
The R200i features a sophisticated protection package for the amplifier and
connected load. Protection covering: supply (soft charge), clipping, over
current, over temperature, DC offset, internal AC supply, DC fuse
protection.
Non-Invasive Protection
The protection is non-invasive and therefore will not alter or degrade the
signal path
Full DC Coupling
The amplifier is fully DC coupled from the preamplifier input terminals to
the speaker binding posts.
Totally Microprocessor Controlled
All functions are managed by a powerful onboard microprocessor.
Full Information
In the event that the amplifier protects itself, the user is fully informed of
any activity via the display.
Highest-Grade Double-Sided Printed Circuit Boards
All printed circuit boards utilised within the R200i are constructed from the
highest-grade fiberglass base stock. Tracks are etched from 2oz copper.
This provides added stability under variable thermal or electrical loads and
assures maximum signal integrity, separation and product life.