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Key Features
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Marantz Musical Phono EQ
For a long time, Marantz integrated amplifiers have featured
high-quality phono stages, but now the company takes its commitment to
vinyl to new levels with the Marantz Musical Phono EQ stage, launched in
the PM8006 amplifier. This unique technology, simplifying the signal
path in the phono stage for optimal sound quality, underlines the
company’s commitment to the very best playback of all music sources, be
they digital or analogue. Marantz Musical Phono EQ uses two-stage
amplification, allowing less gain per stage, for lower distortion. Of
course, being a Marantz design it uses the company’s HDAMs, but here
they’re combined with JFETs (junction gate field-effect transistors) in
the input stage, giving a high input impedance. This allows the deletion
of the AC coupling capacitors previously used providing a simpler
signal path for the tiny output from a phono cartridge, improving signal
purity.
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Toroidal Transformer
A Toroidal transformer has several advantages over a normal EI core transformer. It is very efficient and therefore delivers more power compared to the same size of an EI core transformer. In addition, due to its shape, the electromagnetic radiation and the mechanical vibration are extremely low all ending in a better sound quality. |
Often under-estimated: a high-quality volume control
A newly developed electric volume control using the latest volume control IC realizes better channel separation, dynamic range and distortion-reduction, while retaining the operational feel of an analogue volume control device. To ensure the most involving musical experience, the amplifier uses a new Marantz-designed electric volume control for high linearity and best-in-class channel separation. |
High quality, original Marantz SPKT-1+ Speaker Terminals
The terminals are made of massive brass with a thick silver plating for the best possible contact with the speaker cables, and the main speaker terminals are mounted lower, and thus closer to the main circuit board, to reduce the signal path. That’s in keeping with the entire design of the amplifier, which uses the shortest possible signal paths and High Instantaneous Current topology for better speed and dynamics. |