C 268
A remarkably affordable stereo amplifier, the NAD C 268 has features and technology unmatched by other amplifiers in its class.
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Description
Key features
- Continuous output power into 8 and 4 Ohms (Stereo mode) 80W (ref. 20 Hz-20 kHz at rated THD, both channels driven)
- Continuous output power into 8 Ohms (Bridge mode) 300W (ref. 20 Hz – 20 kHz at THD 0.03%)
- THD (20 Hz – 20 kHz) <0.03 % (250 mW to 80 W, 8 Ohms and 4 Ohms)
- IHF dynamic power (Stereo mode, at 1 kHz 1 % THD) 8 Ohms120W
- 4 Ohms 200W
- 2 Ohms 250W
- Damping Factor >100 (ref. 8 ohms 20 Hz – 20 kHz)
- Input Sensitivity (for 80 W in 8 Ohms) 750mV/50kohms
- Frequency Response ±0.3 dB (20 Hz – 20 kHz)
Tech specs
Link producător:
Greutate produs
7.3 kg
Dimensiuni produs
(W x H x D) 435 x 100 x 390 mm
Alte specificații
Standby power <0.5W
Garanție (luni)
24
Amazing Flexibility
As with every amp in the Classic Series, we here at NAD have carefully thought through all the possible use cases and strategically chosen the most essential of features. Thanks to selectable balanced inputs, the C 268 is a natural mate for high-end preamps and processors. These inputs include a trim control useful for matching with other components, or for use in bi-amping speakers. A line out allows further addition of power on the same channel for extra speakers or subwoofers. On top of all this connectivity is a bridge switch that turns the C 268 into an amazingly powerful Monobloc amplifier.
Getting the Basics Right
As a member of NAD's Classic Series, the C 268 delivers a richly satisfying sonic performance thanks to its "music-first" features. Accurate channel balance, proper input and output impedance characteristics, and low noise circuits all come together within this one stereo power amplifier. Additionally the C 268's line inputs, both balanced and single-ended, can accommodate all kinds of analogue source components by offering ideal input impedance traits with linear ultra-low-noise buffer amplifiers to prevent any sonic degradation caused by unfitting loading of the source device .