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AUDISON AMPLIFIER SR 5.600 -5 CHANNEL AMPLIFIER

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AUDISON AMPLIFIER SR 5.600 -5 CHANNEL AMPLIFIER

AUDISON AMPLIFIER SR 5.600 -5 CHANNEL AMPLIFIER

Amplifier Tech Data

Channels 5
Class D-Class
Hi Level Input Yes
Low Level Input Yes
Digital Input No
Power supply voltage / fuse 11 Ć· 15 VDC
Operating power supply voltage 6.5 Ć·17 VDC / 2 x 25A
Idling current 2.2 A
Idling current when off 0.04 mA
Consumption @ 14.4 VDC, 2Ī©, Max Musical Power 44 A
Remote OUT 6.5 Ć· 15 VDC (150 mA)
Remote IN 6.5 Ć· 15 VDC (1 mA)
ART - Automatic Remote Turn on/off from OUTPUT BTL speakers (Selectable) 1.5 Ć· 7 VDC

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Features
Elegant and functional design with rounded corners to minimize space, facilitating installation.
Built-in USS (Universal Speakers Simulator).
Full built-in crossover section.
Optional VCR-S1 remote control offers the possibility to adjust the subwoofer level (-20 / + 6 dB) to your musical preference.
Balanced high-level inputs for connecting to the OEM head unit speaker output
Low-level RCA for after-market speakers.
ART (Automatic Remote On/Off) function.
Remote IN / OUT socket to allow control of multiple amplifiers.
PRE-OUT allows for system expansion.

Ā 

Technologies

Audison D-Class technology
ADT uses a switching frequency twice as fast as many other modern Class D amplifiers using very high-tolerance component parts to keep the timing correct even during temperature extremes. The higher switching frequency of Audison Class D moves noise much farther away from the audible band. Audison Class D amplifiers also use a steeper 4th-order analog lowpass filter, rather than the simpler 2nd-order lowpass filters usually used in competing designs. The steeper filter will keep noise much lower in amplitude – which is good for controlling EMI and preventing infrasonic noise from getting to the tweeters. It also keeps phase shift outside the audible range. The cost is higher – twice as many components are needed for a 4th-order filter compared to the usual 2nd-order filter, and each output channel needs its own filter – but Audison determined through exhaustive listening testing that this design was the best-sounding approach.


The ā€œAll Channels Drivenā€ design philosophy guarantees that the Audison amplifier delivers the rated power on all channels simultaneously. To reach that target, Audison designed the amplifier power supply to handle the cumulative power demand.


Universal Speaker Simulator technology on high-level inputs for maximum compatibility with any type of Head-Unit OEM Source.

$569.86
AUDISON AMPLIFIER SR 5.600 -5 CHANNEL AMPLIFIER—
$569.86

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Description

Amplifier Tech Data

Channels 5
Class D-Class
Hi Level Input Yes
Low Level Input Yes
Digital Input No
Power supply voltage / fuse 11 Ć· 15 VDC
Operating power supply voltage 6.5 Ć·17 VDC / 2 x 25A
Idling current 2.2 A
Idling current when off 0.04 mA
Consumption @ 14.4 VDC, 2Ī©, Max Musical Power 44 A
Remote OUT 6.5 Ć· 15 VDC (150 mA)
Remote IN 6.5 Ć· 15 VDC (1 mA)
ART - Automatic Remote Turn on/off from OUTPUT BTL speakers (Selectable) 1.5 Ć· 7 VDC

Ā 

Features
Elegant and functional design with rounded corners to minimize space, facilitating installation.
Built-in USS (Universal Speakers Simulator).
Full built-in crossover section.
Optional VCR-S1 remote control offers the possibility to adjust the subwoofer level (-20 / + 6 dB) to your musical preference.
Balanced high-level inputs for connecting to the OEM head unit speaker output
Low-level RCA for after-market speakers.
ART (Automatic Remote On/Off) function.
Remote IN / OUT socket to allow control of multiple amplifiers.
PRE-OUT allows for system expansion.

Ā 

Technologies

Audison D-Class technology
ADT uses a switching frequency twice as fast as many other modern Class D amplifiers using very high-tolerance component parts to keep the timing correct even during temperature extremes. The higher switching frequency of Audison Class D moves noise much farther away from the audible band. Audison Class D amplifiers also use a steeper 4th-order analog lowpass filter, rather than the simpler 2nd-order lowpass filters usually used in competing designs. The steeper filter will keep noise much lower in amplitude – which is good for controlling EMI and preventing infrasonic noise from getting to the tweeters. It also keeps phase shift outside the audible range. The cost is higher – twice as many components are needed for a 4th-order filter compared to the usual 2nd-order filter, and each output channel needs its own filter – but Audison determined through exhaustive listening testing that this design was the best-sounding approach.


The ā€œAll Channels Drivenā€ design philosophy guarantees that the Audison amplifier delivers the rated power on all channels simultaneously. To reach that target, Audison designed the amplifier power supply to handle the cumulative power demand.


Universal Speaker Simulator technology on high-level inputs for maximum compatibility with any type of Head-Unit OEM Source.