Continuous output power into 8 ohms and 4 ohms: 40W (ref. 20 Hz-20 kHz at rated THD, both channels driven)
THD (20 Hz – 20 kHz): <0.03 % (250 mW to 40 W, 8 ohms and 4 ohms)
Signal-to-Noise Ratio:
<0.03 % (250 mW to 40 W, 8 ohms and 4 ohms)
>95 dB (A-weighted, 500 mV input, ref. 1 W out in 8 ohms)
>97 dB (A-weighted, 500 mV input, unity gain in 32 ohms)
Clipping power (at 1 kHz 0.1 % THD): >45 W in 8 ohms, >60 W in 4 ohms
IHF dynamic power:
8 ohms: 90 W
4 ohms: 120 W
2 ohms: 170 W
Damping factor: >200 (ref. 8 ohms, 1 kHz)
Frequency response:
±0.3 dB (20 Hz - 20 kHz, Tone Defeat ON)
Treble: ± 5dB at 10 kHz
Bass: ± 8 dB at 100 Hz
Channel separation: >70 dB (1 kHz)
Maximum input level: 4.3V (1 kHz THD 0.1%)
Input sensitivity (for 40 W in 8 ohms): 200 mV
Standby power: <0.5 W
Features:
Continuous Power
• 2 X 40 Watts into 4 or 8 Ohms, 20Hz – 20kHz at 0.03%THD
Dynamic Power (20ms)
• 90W into 8 Ohms, 120W into 4 Ohms, 170W into 2 Ohms
• PowerDrive S
• 5 Line Level Inputs
• MM Phono Input for Vinyl
• Front Panel Input for Portable Media Player
• Bass and Treble Controls
• Tone Defeat (Bypass)
• Headphone Output
• IR Remote Control
• Multi-way Speaker Binding Posts
• Gold Plated RCA Jacks
• Toroidal Power Transformer
• <0.5W Standby consumption
Overview:
NAD has a distinct reputation for creating some of the best performing budget amplifiers of all time. The lineage is impressive, all the way from the 3020 of 1978 to the current C 328, with many “Best Amp” awards and five-star reviews along the way. The C 316BEE lived up to expectations, garnering multiple accolades including an EISA award for ‘Best Product 2008-2009’ and top recommendations from the world’s leading audio publications. With the resurgence of vinyl we decided to update the design by including NAD’s highly acclaimed RIAA phono stage. This sophisticated circuit combines low noise with high overload margins to eliminate noise and distortion. RIAA equalization is extremely accurate (a rarity at this price) and there is even an infrasonic filter to reject airborne vibrations that can cause parasitic feedback.