Description
mbl C21 : Power Amplifier
The way we listen to music at home can attain more vivid quality if each component in the system fulfils its specific task with top precision whilst working perfectly in tune with the other components. When this is achieved, we experience the breathtaking illusion of the artist standing before us in the fresh, fully captivating our attention. This is why our C11 Preamplifier and C21 Power Amplifiers are synergistic. The C21 utilizes our LASA technology in a dedicated stereo chassis. It is the ideal counterpart to the Corona C11 Preamplifier, taking your sound presentation to the next level. Together they flawlessly control the loudspeakers without strain
Specifications : mbl C21
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Gener |
Weight
Dimensions (without cables)
Dimensions with packaging Line Voltage
Power consumption
22 kg / 48.5 lbs
W 45,0 cm / D 44,5 cm / H 14,5 cm
W 17.7 in / D 17.5 in / H 5.7 in
W 59,0 cm / D 54,0 cm / H 35,5 cm
W 23.2 in / D 21.3 in / H 21.9 in
230 Vac / 50 Hz or 115 Vac / 50/60 Hz
(single voltage, factory setting depending on country)
< 0.5 VA
< 70 VA
< 1000 VA (w. 2 x 300 W @ 4 Ohm)
1 x RCA In, unbalanced
1 x XLR In, balanced
1 pair Loudspeaker Binding Posts
2 x MBL SmartLink
2 x 300 W 2 x 180 W 2 x 400 W 62 Vp
20 Ap
9 kOhm/ 18 kOhm
100 mV / 200 mV for 1 W @ 4 Ohm
1.7 V / 3.4 V for 300 W @ 4 Ohm
20 (26 dB) / 10 (20 dB)
In-Phase (RCA / XLR Pin 2)
124 dB (A) @ 300 W / 4 Ohm
100 dB (A) @ 1 W / 4 Ohm
126 dB (A) @ 2 V Input
126 dB (A) @ 4 V Input
< 10 Hz – 45 kHz
Typ. 0.01 % @ 3 W from 20 Hz … 20 kHz > 100 (40 dB) @ 1 kHz / 4 Ohm
> 100 dB @ 1 kHz
in stand by in idle Maximum
Inputs
Outputs Other
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Connections |
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Specifications |
Rated Power
Stereo 4 Ohm
Stereo 8 Ohm
Stereo 2 Ohm Peak Output Voltage Peak Output Current
Input Impedance (RCA / XLR) Input Sensitivity (RCA / XLR) Rated Input Voltage (RCA / XLR) Voltage gain (RCA / XLR) Absolute Polarity
Signal / Noise Ratio @ Rated Output Signal / Noise Ratio @ 1 Watt Equivalent Input Noise – RCA Equivalent Input Noise – XLR Frequency Response
Distortion THD+N Damping Factor Channel Separation
