81
01V96
3-4. PHONES OUT L/R
Parameters
Must be input from CH1 (XLR).
Set the MONITOR/2TR lN SW to
MONITOR.
Set the PHONES LEVEL to MAX.
q
Distortion ratio (both L/R)
w
Residual noise (both L/R)
Parameter
Set the PHONES LEVEL to MIN.
3-5. CH IN 1~16 (PHONE)
Parameters
Inspect with STEREO OUT L (XLR).
GAIN MIN (CH1~16), PAD ON
(CH1~12).
q
Distortion ratio (CH1~16)
w
Noise level (CH1~16)
Parameter
Short the CH IN being measured with
150
Ω
.
4. DIGITAL IN/OUT inspection
4-1. 2TR DIGITAL OUT (COAXIAL)
Parameters
Use System Two.
Must be input from CH1 (XLR).
A. WORD CLOCK INT96kHz
Parameter
Set WORD CLOCK INT to 96 kHz.
q
Gain (2TR DIGITAL OUT)
w
f characteristic (2TR DIGITAL OUT)
Parameter
The permitted range uses 1 kHz as
the reference.
e
Distortion ratio (2TR DIGITAL OUT)
B. WORD CLOCK INT48kHz
Parameter
Set WORD CLOCK INT to 48 kHz.
q
Distortion ratio (2TR DIGITAL OUT)
Input frequency Output level
Permitted range
1kHz
-10dBu
0.04% or below
Permitted range
-110dBu or below
Input frequency Output level
Permitted range
1kHz
+22dBu
0.01% or below
Permitted range
-82dBu or below
4-2. 2TR DIGITAL IN (COAXIAL)
Parameters
Use Parameter System Two.
Inspect with STEREO OUT L/R
(XLR).
For the WORD CLOCK, select 2TR
DIGITAL IN.
A. 96 kHz
Parameter
System Two frequency setting
(Sample Rate) to 96 kHz.
q
Gain (2TR DIGITAL IN)
w
f characteristic (2TR DIGITAL IN)
Parameter
The permitted range uses 1 kHz as
the reference.
e
Distortion ratio (2TR DIGITAL IN)
B. 48 kHz
Parameter
System Two frequency setting
(Sample Rate) to 48 kHz.
q
Distortion ratio (2TR DIGITAL IN)
4-3. adat IN/OUT (OPTICAL)
Parameters
Use System Two.
Inspect with STEREO OUT L/R
(XLR).
Must be input from CH1 (XLR).
A. 48 kHz
Parameter
System Two frequency setting
(Sample Rate) to 48 kHz.
q
Distortion ratio (adat IN)
B. 44.1 kHz
Parameter
System Two frequency setting
(Sample Rate) to 44.1 kHz.
q
Distortion ratio (adat IN)
Input frequency
Input level
Regulated output level Permissible range
1kHz
+4dBu
-20dBFS
-20
±
2dBFS
Input frequency
Output level
Permissible range
1kHz
-2dBFS
0.01% or below
Input frequency
Output level
Permissible range
1kHz
-2dBFS
0.01% or below
Input frequency
Input level
Regulated output level Permissible range
1kHz
-20dBFS
+4dBu
+4
±
2dBu
Input frequency
Input level
Permissible range
20Hz
-20dBFS
-1.0~0.5dB
40kHz
-20dBFS
-1.5~0.5dB
Input frequency
Output level
Permissible range
1kHz
+22dBu
0.01% or below
Input frequency
Output level
Permissible range
1kHz
+22dBu
0.01% or below
Input frequency
Output level
Permissible range
1kHz
+22dBu
0.01% or below
Input frequency
Output level
Permissible range
1kHz
+22dBu
0.01% or below
Input frequency
Input level
Permitted range
20Hz
+4dBu
-1.0~0.5dB
40kHz
+4dBu
-1.5~0.5dB
Summary of Contents for 01V96
Page 49: ...49 01V96 Pattern side 2NAP V989580 2 1 DCD Circuit Board パターン側 ...
Page 52: ...01V96 52 B B to DCD CN202 FD Circuit Board 2NAP V989450 3 ...
Page 53: ...53 01V96 Pattern side B B to MAIN CN704 2NAP V989450 3 パターン側 ...
Page 56: ...01V96 56 HACOM ADA Circuit Board D D 2NAP V989280 3 1 ...
Page 57: ...57 01V96 Pattern side D D 2NAP V989280 3 1 パターン側 ...
Page 60: ...01V96 60 F F HACOM HA Circuit Board 2NAP V989280 3 1 ...
Page 61: ...61 01V96 F F Pattern side 2NAP V989280 3 1 パターン側 ...
Page 64: ...01V96 64 H H MAIN Circuit Board 2NAP V989160 2 5 ...
Page 65: ...65 01V96 H H Component side 2 layer 2NAP V989160 2 5 部品側 2層 ...
Page 66: ...01V96 66 I I MAIN Circuit Board 2NAP V989160 2 5 ...
Page 67: ...67 01V96 I I Component side 5 layer 2NAP V989160 2 5 部品側 5層 ...
Page 68: ...01V96 68 J J MAIN Circuit Board 2NAP V989160 3 3 ...
Page 69: ...69 01V96 J J Pattern side 2NAP V989160 3 3 パターン側 ...
Page 70: ...01V96 70 K K to MAIN CN701 PNCOM PN1 1 2 2 2 Circuit Board 2NAP V989490 2 2 ...
Page 72: ...01V96 72 L L PNCOM PN1 1 2 2 2 Circuit Board 2NAP V989490 2 2 ...
Page 73: ...73 01V96 L L Pattern side 2NAP V989490 2 2 パターン側 ...
Page 109: ...01V96 109 LED 点灯順序図1 LED 点灯順序図2 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 1 1 2 5 3 4 2 3 4 ...
Page 139: ...01V96 5 410 400 Top view ...