NAD C 356BEE specs
General info
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Amplifier usage:
Integrated amplifier
Type:
Solid State (Transistor / Integrated Circuit)
Construction type:
Preamplifier
0.005 % measured at frequencies from 20Hz to 20kHz
THD:
20 - 20kHz at +-0.3dB
Frequency response:
Line level: 114dB, Phono-MC: 78dB, Phono-MM: 75dB
Signal to noise ratio:
Line in: 22 kohms +/-5%, Phono-MC: 100 ohms, Phono-MM: 47 kohms
Input impedance:
Line level: 166mV, Phono-MC: 0.38mV, Phono-MM: 5mV
Input sensitivity:
less than 80 ohms
Output impedance:
Bass: +/- 8dB at 100Hz , Treble: +/- 5dB at 10kHz
Tone controls:
Maximum output level: 10V RMS
Preamplifier output:
Power amplifier
2
Amplified channels:
80W per channel into 8 ohms measured at frequencies from 20Hz to 20kHz and THD 0.007%
Power output:
20 - 20kHz at +-0.3dB
Frequency response:
120dB
Signal to noise ratio:
Balanced: 20 kohms
Input impedance:
: 0.95V
Input sensitivity:
: 29dB
Voltage gain:
over 100 at 8ohms
Damping factor:
A/B Speaker connectors
Features:
Connectivity
Unbalanced (RCA): 8, Phono input (RCA): Yes, Phono-MC, Phono-MM
Inputs:
Analog: Unbalanced (RCA)
Outputs:
Binding post terminals
Speaker connector type:
Banana-plug compatible
Yes
Remote control:
RS-232
Body
17.13 in x 5.15 in x 13.27 in
Dimensions (WxHxD):
19.2 lb
Weight:
Black, Gray
Available color options:
Power
Typical: 40 W, Max: 350 W, Standby: less than 0.5 W
Consumption:
120 V - 230 V
Power adapter voltage:
50 Hz, 60 Hz
US Availability
Available
Market status:
European Availability
Available
Market status:
If you are interested in using our specs commercially, check out our Amplifiers specs database licensing page.
Filed in: NAD Amplifiers
Description: Improving an award-winning design is always a delicate task. Adding performance and value to an already highly optimised design requires vision, talent, and expertise. Fortunately for our music-loving customers, all three are on clear display in the new C 356BEE. NAD fans already know that the initials “BEE” stand for Bjorn Erik Edvardsen, our Director of Advanced Development. BEE has once again applied lessons learned from our... read more