Funk Tonstudiotechnik SAM-1C, Руководство по эксплуатации

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TECHNICAL DATA SAM-1C
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SSOM-04Mc-Modul
unbalanced inputs to balanced outputs (balancing amplifier)
(unless otherwise stated with gain 0 dB, Ue = + 6 dBu [in br 18 dBu], R
L
= 10 k Ω ),
all measurements determined with the following audio analyzers : Audio Precision System 2722 and Rohde & Schwarz UPL and UPV
Gain : .......................................................... 0...+ 24 dB adjustable by spindle trimmer (level reductions also possible)
Set to + 10 dB on delivery, exception : distribution and summing versions
Input resistance : ................................................ 250 k
Ω
Max. Input voltage : ............................................ + 24,5 dBu
Output internal resistance : ............................... 25 Ω
Max. Output voltage : ......................................... + 24,4 dBu at 10 k
Ω
+ 22,5 dBu at 600
Ω
+ 18,0 dBu at 300
Ω
Output level change idle / 600 Ω :....................... ≤ 0,35 dB
Output level change symmetrical / asymm. .:.... ≤ 0,1 dB
Symmetry of the output voltage : ...................... > 80 dB (20 Hz...20 kHz), typ. > 85 dB bei 1 kHz
Symmetry of the output impedance : ................ > 70 dB (100 Hz...10 kHz), typ > 80 dB referenced to 600 Ω at 1 kHz
THD (K
2
...K
9
) non-linear harm. Distortions : .......... 1 kHz ≤ 0,000018 %, [1 kHz < 0,00004 %]
THD+N non-linear harm. Distortions (Bw 22k) : ... ≤ 0,00018 % (0,0001 % at 600
Ω
) 20 Hz...10 kHz [ 0,0008 %) ]
Differential distortions 10,5 kHz
∆
f 1 kHz : ...... ≤ 0,0001 % (0,0001 % at 600 Ω ) [< 0,00008 % (0,00008 % at 600 Ω ) ]
Intermodulation 60 Hz/7 kHz : ............................ ≤ 0,0004 % (0,0004 % at 600
Ω
) [< 0,0004 % (0,0005 % at 600
Ω
) ]
Frequency response : ........................................ 5 Hz...20 kHz
±
0,01 dB (20 Hz...20 kHz +/- 0,03 dB at 600
Ω
Last)
Phase response absolute : ................................ ≤ ± 0.5° from 20 Hz...20 kHz (R
L
= 10 k
Ω
) (≤ - 4,5° 20 Hz at R
L
= 600
Ω
)
Max. capacitive output load : ............................. 25 nF
Crosstalk attenuation L
⇔
R : ........................... 1 kHz : > 130 dB, 10 kHz : 117 dB, 20 kHz : 112 dB (generator R
i
= 50
Ω
)
Noise at the output : ........................................... Input terminated with 50 Ω :
Gain : 0 dB + 10 dB + 20 dB
Output noise voltage 20 Hz...20 kHz
eff
. :............ - 112,0 dBu - 107,3 dBu - 100,2 dBu
Noise voltage A- weighting
eff
. ............................ - 115,0 dBu - 110 ,0 dBu - 103,0 dBu
Noise voltage quasi-peak CCIR
468/3 qp
.:.............. - 101,8 dBu - 96,5 dBu - 89,5 dBu
Dynamic range at 0 dB gain : ............................ 136,5 dB CCIR
468
eff. unweighted, 139.5 dB A-weighting
Output offset voltage : ....................................... < 1 mV
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SSIM-04Mc-Modul
balanced inputs to unbalanced outputs (differential amplifier)
(unless otherwise stated with gain 0 dB, Ue = + 6 dBu [in br 18 dBu], R
L
= 10 k Ω )
Gain : .................................................................. - 21...0 dB Adjustable by spindle trimmer, set to 0 dB on delivery
Input resistance : ................................................ 500 k Ω balanced, 250 kΩ with asymmetrical wiring
Max. Input voltage : ........................................... + 24,5 dBu (+18,5 dBu when jumpers 1/3 are set)
Common-mode rejection ratio : ........................ > 115 dB at 100 Hz, > 115 dB at 1 kHz, > 115 dB at 10 kHz (typ. 120 dB/1 kHz)
Max. Output voltage : ........................................ + 24,5 dBu at 10 k
Ω
+ 23,8 dBu at 600
Ω
+ 21,5 dBu at 300
Ω
Output internal resistance : .............................. ≤ 1
Ω
Output level change idle / 600 Ω :....................... < 0,02 dB
THD (K
2
...K
9
) non-linear harm. Distortions : .......... 1 kHz < 0,000025 % , typ. 0,00002 % [1 kHz < 0,00005 %]
THD+N non-linear harm. Distortions (Bw 22k): .... ≤ 0,00025 % from 20 Hz...10 kHz [ 0,00025 %]
Differential distortion 10,5 kHz
∆
f 1 kHz : ........ ≤ 0,0001 % [< 0,0001 %]
Intermodulation 60 Hz/7 kHz : ............................ ≤ 0,0004 % [< 0,0005 %]
Transient intermodulation DIM 100 : ................. ≤ 0,001 % [< 0,001 %]
Frequency response : ....................................... 5 Hz...20 kHz
< ±
0,01 dB, 5 Hz...110 kHz
< ±
0,02 dB
Phasengang absolut : ....................................... ≤ +/- 0,5° from 20 Hz...20 kHz
Max. capacitive output load : ............................ 15 nF
Crosstalk attenuation L
⇔
R : ........................... 1 kHz > 135 dB, 10 kHz > 130 dB, 20 kHz > 125 dB (generator R
i
= 50 Ω )
Output noise : .................................................... Input terminated with 50 Ω :
Gain : - 10 dB 0 dB + 6 dB (J 1/3 ein)
Output noise 20 Hz...20 kHz
eff.
: ........................ - 114,6 dBu - 111,5 dBu - 109,6 dBu
Output noise A- weighting
eff.
: ........................... - 117,5 dBu - 114,3 dBu - 112,4 dBu
Output noise quasi-peak CCIR
468/3 qp
.: .............. - 104,6 dBu - 101,0 dBu - 99,0 dBu
Dynamic range with 0 dB gain : ........................ 136 dB CCIR unweighted, 139,0 dB A- weighting
Output offset voltage : ....................................... < 1 mV
Power consumption SAM-1C : ........................... 80..265V / 50...400 Hz typ. 4 W , max. 6 W fully loaded, Stand-By: below 0,2 W
Protection class : ................................................ 1
Housing design : ................................................ Aluminium profile housing white or black coated B x H x T (169 x 42 x 169 mm)
Warranty : ........................................................... 3 years on labour and material