Crescendo Audio
Crescendo Audio SYMPHONY S2 2 CHANNEL AMPLIFIER
- SKU:
- Crescendo SYMPHONY S2
- Weight:
- 8.00 LBS
- Shipping:
- Calculated at Checkout
On Sale
Description
Symphony S2 Full Range Class D Amplifier
The new & improved Symphony amplifiers are packed with even more power density than the highly renowned originals!
The S2 is rated for a total of 600w of clean RMS output!
Efficient design only requires the use of 4 gauge power and ground cables.
New Custom tooled Symphony heatsink optimized for uncompromising heat dissipation while keeping form factor at an all time low.
Built in 18db/Slope crossover network grants precise adjustment of your system's needs and features LPF/HPF & Bandpass and allows
the user to control the frequency points up to 8khz!
All Symphony models utilize heavy copper traces in the Korean built boards, as well as top quality components used throughout.
Input signal transfers cleanly to the board via the Tiffany style RCA input jacks.
S2 Rated Power output @ 13.8v (RMS):
2ohm: 300w x2
4ohm: 190w x2
Bridged 4ohm: 600w
S2 Dimensions: 7"L x 7.5"W x 2.5"H
60a fuse for the power input suggested
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The new & improved Symphony amplifiers are packed with even more power density than the highly renowned originals!
The S2 is rated for a total of 600w of clean RMS output!
Efficient design only requires the use of 4 gauge power and ground cables.
New Custom tooled Symphony heatsink optimized for uncompromising heat dissipation while keeping form factor at an all time low.
Built in 18db/Slope crossover network grants precise adjustment of your system's needs and features LPF/HPF & Bandpass and allows
the user to control the frequency points up to 8khz!
All Symphony models utilize heavy copper traces in the Korean built boards, as well as top quality components used throughout.
Input signal transfers cleanly to the board via the Tiffany style RCA input jacks.
S2 Rated Power output @ 13.8v (RMS):
2ohm: 300w x2
4ohm: 190w x2
Bridged 4ohm: 600w
S2 Dimensions: 7"L x 7.5"W x 2.5"H
60a fuse for the power input suggested