143
02R96
5. Measuring jitter
Condition: Use System Two.
Select Sec, PK
BW: Select 700Hz~100kHz.
Check at the [2TR DIGITAL OUT1]
terminal.
5-1. WORD CLOCK INT
Condition: For WORD CLOCK, select as follows:
q
Jitter
5-2. WORD CLOCK EXT
Condition: Select as follows for WORD CLOCK.
When checking the [WORD CLOCK
IN] terminal: WC IN
When checking the [2TR DIGITAL
IN 1] terminal: 2TR D1
When checking the [2TR DIGITAL
IN 2] terminal: 2TR D2
When checking the [2TR DIGITAL
IN 3] terminal: 2TR D3
When checking the [WORD CLOCK IN]
terminal, select the values in the
following table for the frequency setting
of the oscillator.
When checking the [2TR DIGITAL IN
1,2,3] terminals, select the values in the
following table for the frequency setting
of the System Two (Sample Rate).
q
Jitter (WORD CLOCK IN, 2TR DIGITAL IN 1,2,3
common)
6. Sound check
Check the following items with the sense of hearing.
ANALOG INPUT, ANALOG OUTPUT
Check at the [STEREO OUT L/R] terminal (XLR)
of CH1 (XLR), CH12 (XLR), CH24 (PHONE).
2TR DIGITAL IN 1,2,3
Condition: Set WORD CLOCK INT to 96kHz.
Check at the [STEREO OUT L/R]
terminal (XLR).
Set the frequency setting of System
Two (Sample Rate) to 44.1kHz.
Turn ON SRC of CH to be measured.
EEFFECT function (DSP6 operation verification)
Condition: [Sound emission scene data]:
[02_MDR_02] file for verifying the
EFFECT function.
WORD CLOCK: INT 96kHz
Input the music signals from the
[ANALOG INPUT] terminal’s CH1,
recall in order from scene 1 to scene 4,
and then adjust the [GAIN] knob so that
the stereo meter’s [OVER] indicator
does not become illuminated for any of
the scenes.
Inspection: Recall scene 1 (REVERB) and verify
the signals with the headphones for at
least 15 seconds.
Decision standard #1: Check to ensure that the
EFFECT sounds are emitted.
Decision standard #2: Check to ensure that there
is no noise included.
Recall the following scenes from 2 to 16 in the same
way for inspection purposes.
The EFFECT functions for scene 2 to scene 16
are as follows:
Scene 2: SYMPHONIC
Scene 3: HQ PITCH
Scene 4: DYNAMIC FILTER
Scene 5: REVERB
Scene 6: SYMPHONIC
Scene 7: HQ PITCH
Scene 8: DYNAMIC FILTER
Scene 9: REVERB
Scene 10: SYMPHONIC
Scene 11: HQ PITCH
Scene 12: DYNAMIC FILTER
Scene 13: REVERB
Scene 14: SYMPHONIC
Scene 15: HQ PITCH
Scene 16: DYNAMIC FILTER
WORD CLOCK
Permissible range
INT 44.1kHz
5nsec. or below
INT 48kHz
5nsec. or below
INT 88.2kHz
5nsec. or below
INT 96kHz
5nsec. or below
WORD CLOCK
Permissible range
44.1kHz
10nsec. or below
48kHz
10nsec. or below
88.2kHz
10nsec. or below
96kHz
10nsec. or below
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 ...