02R96
12
In these specifications, when dB represents a specific voltage, 0 dB is referenced to 0.775 Vrms.
For 2TR IN ANALOG 2 levels, 0 dBV is referenced to 1.00 Vrms.
All input AD converters (except INSERT I/O 1–16) are 24-bit linear, 128-times oversampling.
+48 V DC (phantom power) is supplied to CH INPUT (1–16) XLR type connectors via individual switches.
STEREO OUT [L, R], 0 dBV is referenced to 1.00 Vrms.
In these specifications, when dB represents a specific voltage, 0 dB is referenced to 0.775 Vrms.
All output DA converters (except INSERT OUT 1–16) are 24-bit, 128-times oversampling.
Input
PAD GAIN
Actual Load
Impedance
For Use
With
Nominal
Input level
Connector
Sensitivity
*1
*1. Sensitivity is the lowest level that will produce an output of +4 dB (1.23 V) or the nominal output level when the unit
is set to maximum gain. (All faders and level controls are maximum position.)
Nominal
Max.
before clip
INPUT A/B 1–16
0
–60
dB
3k
Ω
50–600
Ω
Mics &
600
Ω
Lines
–70 dB
(0.245 mV)
–60 dB
(0.775 mV)
–46 dB
(3.88 mV)
A: XLR-3-31 type
(Balanced)
*2
*2. XLR-3-31 type connectors are balanced (1=GND, 2=HOT, 3=COLD).
–16
dB
–26 dB
(38.8 mV)
–16 dB
(0.123 V)
–2 dB
(616 mV)
B: Phone jack (TRS)
(Balanced)
*3
*3. Phone jacks are balanced (Tip=HOT, Ring=COLD, Sleeve=GND).
26
0 dB
(775 mV)
+10 dB
(2.45 V)
+24 dB
(12.28 V)
INPUT 17–24
—
–34
dB
4K
Ω
600
Ω
Lines
–44 dB
(4.89 mV)
–34 dB
(15.5 mV)
–20 dB
(77.5 mV)
Phone jack (TRS)
(Balanced)
*3
+10
dB
0 dB
(775 mV)
+10 dB
(2.45 V)
+24 dB
(12.28 V)
INSERT IN 1–16
—
10K
Ω
600
Ω
Lines
–6 dB
(388 mV)
+4 dB
(1.23 V)
+18 dB
(6.16 V)
Phone jack (TRS)
*4
*4. Phone jacks are wired: Tip=OUT, Ring=IN, Sleeve=GND
2TR IN ANALOG
1 [L, R]
—
10K
Ω
600
Ω
Lines
+4 dB
(1.23 V)
+4 dB
(1.23 V)
+18 dB
(6.16 V)
Phone jack (TRS)
(Balanced)
*3
2TR IN ANALOG
2 [L, R]
—
10K
Ω
600
Ω
Lines
–10 dBV
(0.316 V)
–10 dBV
(0.316 V)
+4 dBV
(1.58 V)
Phono (Unbalanced)
Output
Actual Source
Impedance
For Use
With
Nominal
GAIN SW
*1
*1. The maximum output level of each OMNI OUT can be set internally.
Output level
Connector
Nominal
Max. before
clip
STEREO OUT [L, R]
600
Ω
10k
Ω
Lines
—
–10 dBV
(0.316 V)
+4 dBV
(1.58 V)
Phono (Unbalanced)
150
Ω
600
Ω
Lines
—
+4 dB
(1.23 V)
+18 dB
(6.16 V)
XLR-3-32 type
(Balanced)
*2
*2. XLR-3-32 type connectors are balanced (1=GND, 2=HOT, 3=COLD).
STUDIO MONITOR OUT
[L, R]
150
Ω
10k
Ω
Lines
—
+4 dB
(1.23 V)
+18 dB
(6.16 V)
Phone Jack (TRS)
(Balanced)
*3
*3. Phone jacks are balanced (Tip=HOT, Ring=COLD, Sleeve=GND).
C-R MONITOR OUT [L, R]
150
Ω
10k
Ω
Lines
—
+4 dB
(1.23 V)
+18 dB
(6.16 V)
Phone Jack (TRS)
(Balanced)
*3
OMNI OUT 1–8
150
Ω
10k
Ω
Lines
+18 dB
(default)
+4 dB
(1.23 V)
+18 dB
(6.16 V)
Phone Jack (TRS)
(Balanced)
*3
+4 dB
–10 dB
(0.245 V)
+4 dB
(1.23 V)
INSERT OUT 1–16
600
Ω
10k
Ω
Lines
—
+4 dB
(1.23 V)
+18 dB
(6.16 V)
Phone Jack (TRS)
*4
*4. Phone jacks are wired: Tip=OUT, Ring=IN, Sleeve=GND
PHONES
100
Ω
8
Ω
Phones
—
4 mW
25 mW
Stereo Phone Jack (TRS)
(Unbalanced)
*5
*5. PHONES stereo phone jack is unbalanced (Tip=LEFT, Ring=RIGHT, Sleeve=GND).
40
Ω
Phones
—
12 mW
75 mW
Analog Input Spec
Analog Output Spec
Summary of Contents for SP02R96
Page 76: ...02R96 76 to DSP CN952 to DSP CN951 A A AD1 Circuit Board 3NA V863020 2 ...
Page 78: ...02R96 78 AD1 Circuit Board B B 3NA V863020 2 ...
Page 79: ...79 02R96 Pattern side B B 3NA V863020 2 ...
Page 82: ...02R96 82 D D ADA Circuit Board 3NA V863030 3 2 ...
Page 83: ...83 02R96 D D Pattern side 3NA V863030 3 2 ...
Page 88: ...02R96 88 BRG Circuit Board F F 3NA V922160 2 2 ...
Page 89: ...89 02R96 Pattern side F F 3NA V922160 2 2 ...
Page 91: ...91 02R96 CPU1 Circuit Board Pattern side 3NA V846880 3 2 ...
Page 93: ...93 02R96 Pattern side DA Circuit Board 3NA V910670 2 2 ...
Page 96: ...02R96 96 H H DSP Circuit Board 3NA V846890 2 1 ...
Page 97: ...97 02R96 H H Component side 3NA V846890 2 1 2 layer ...
Page 98: ...02R96 98 I I DSP Circuit Board 3NA V846890 2 1 ...
Page 99: ...99 02R96 I I Component side 5 layer 3NA V846890 2 1 ...
Page 100: ...02R96 100 J J DSP Circuit Board 3NA V846890 3 1 ...
Page 101: ...101 02R96 J J Pattern side 3NA V846890 3 1 ...
Page 103: ...103 02R96 Component side to BRG CN022 9 10 11 12 13 14 15 16 K K 3NA V862690 2 1 ...
Page 104: ...02R96 104 L L FD1 Circuit Board 3NA V862690 3 1 ...
Page 105: ...105 02R96 L L Pattern side 3NA V862690 3 1 ...
Page 107: ...107 02R96 FD2 Circuit Board Pattern side 3NA V862700 3 1 ...
Page 109: ...109 02R96 Pattern side JKCOM JK1 Circuit Board 3NA V846900 3 ...
Page 113: ...113 02R96 Pattern side OPT Circuit Board 3NA V846910 2 1 ...
Page 115: ...115 02R96 O O to BRG CN019 Component side 3NA V924550 2 1 ...
Page 116: ...02R96 116 P P PN1COM PN1 Circuit Board 3NA V924550 2 1 ...
Page 117: ...117 02R96 P P Pattern side 3NA V924550 2 1 ...
Page 122: ...02R96 122 R R PN1COM SUB Circuit Board 3NA V924550 2 1 ...
Page 123: ...123 02R96 R R Pattern side 3NA V924550 2 1 ...
Page 126: ...02R96 126 T T PN2COM PN2 Circuit Board 3NA V862670 2 2 ...
Page 127: ...127 02R96 T T Pattern side PN2COM JS Circuit Board Pattern side 3NA V862670 2 2 ...
Page 133: ...133 02R96 Pattern side PNCOM PN2 Circuit Board 3NA V862150 2a 3 ...
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Page 161: ...02R96 161 GROUP3 SW Operation Fig 1 GROUP1 GROUP2 SW Operation Fig 2 ...
Page 162: ...02R96 162 LED Lighting Sequence Fig 1 ...
Page 163: ...02R96 163 LED Lighting Sequence Fig 2 ...
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Page 203: ...02R96 10 REAR ASSEMBLY U x16 115 110 100 40 40 60 50 60 120 20 30 40 40 Top view ...
Page 206: ...02R96 13 CONTROL PANEL ASSEMBLY 10 20 15 15 15 30 205 x24 40 x10 Bottom view ...
Page 207: ...02R96 14 100 140 150 110 115 116 120 220 800 116 116 130 135 x33 160 x23 165 120a Bottom view ...
Page 275: ...MB02R96 2 OVERALL ASSEMBLY Rear view 10 15 20 X4 ...
Page 276: ...MB02R96 3 40 30 50 x15 60 70 100 110 130 120 80 x6 170 180 45 90 170 170 Front view Rear view ...