02R96
154
SERVICE CHECK PROGRAM
[DEC] key: used to Exit or
Cancel check
[
↑
],[
↓
],[
←
],[
→
]key:
used to select check item
and select OK/NG
[ENTER] key: used to decide selection or EXIT
Execute the service check programs for 02R96 and MB02R96.
0.
Outline
0-1 How to operate
Keys used for the service check on the panel
Version number of each CPU ROM
Each check result
Selected item is displayed in reverse.
How to select:
Use the [
↑
], [
↓
], [
←
], or [
→
] key in the
lower right of the panel to select items.
After this, pressing the [ENTER] key will
call each individual check screen.
OK
26
PANEL LED
NG 27 PANEL ALL LED
OK 28 PANEL SW
OK 29 FADER TSense
OK 30 FADER Move
OK 31 ENCODER(CH)
OK 32 ENCODER(etc.)
OK 36 METER LED
OK 37 METER SW
98 MESSAGE LOG
MCS(FPGA) Reg.
BATT
DSP6,SIO
DSP7,SIO,ATSC2
MIDI
2TR IN/OUT(DIO)
WORD CLOCK
CASCADE
TIME Code
LCD
--- 02R96 test --- (C)YAMAHA 2002
F/W Ver. MAIN Vx.xx METER Vx.xx
SUB1 Vx.xx SUB2 Vx.xx
OK
OK
OK
OK
OK
OK
OK
OK
OK
OK
1
2
4
5
7
13
14
16
18
25
0-2. Explanation of screen
(Fig.1)
Example of screen for the entire check items
36 and 37 are the test programs of MB02R96.
A long message will be
displayed over two lines.
(Scroll up)
Check is executed from the
upper sequentially.
Item being checked is
displayed in reverse.
Display area of indicative
message
Display area of NG message
OK
WCK
OK SIO
OK COM
OK LINES
NG ID Read
EXIT ([DEC Key]->[ENTER Key])
NG: CAS:AUX1-2 [W:12345678 -> R:00FF0011]
--- CASCADE ---
(Fig.2)
Example A of individual check screen
(when forwarding check items by automatic judge)
1) Check is carried out automatically and turns to the [EXIT]
mode when all items are completed. Pressing the
[ENTER] key will display the screen of Fig.1.
2) If redo the check, return to Fig.1 to select items.
--- METER LED ---
OK
1 Channel Bargraph
NG 2 Stereo Bargraph
OK 3 Time Code
OK 4 Others
OK
NG
EXIT ([DEC Key]->[ENTER Key])
(Fig.3)
Example B of individual check screen (when checking each
one of multiple items automatically (semi-automatically) or
visually)
1) When starting the check, OK/NG selection items will be
displayed. Judging by actions and results, select OK/NG.
Use the [
←
] or [
→
] key for the selection and decide by
using the [ENTER] key.
2) Choice of OK or NG displays the next check item
automatically.
3) Pressing the [DBC] key while the entry of OK/NG decision
is being waited will reverse the appearance of [EXIT] and
this screen is terminated when the [ENTER] key is
pressed. (Some check items can be processed the [EXIT]
by pressing the [DEC] key even during the execution.)
If executed the [EXIT] before all the check items are
completed, the judges of Fig.1 will be displayed as NG.
4) Check items with numbers at the head as such Fig.3 are
selectable. Select an item using the [
↑
] or [
↓
] key and press
the [ENTER] key to start a check. For the ones without
numbers at the head the check will be automatically
initiated.
0-3 List of check items
1-1
1-2
1-3
1-4
1-5
1-6
1-7
1-8
1-9
1-10
1-11
1-12
1-13
1-14
1-15
1-16
1-17
1-18
1-19
1-25
1-26
1-27
1-28
1-29
1-30
1-31
1-32
1-33
1-36
1-37
MCS(FPGA)
BATT
DSP6,SIO
DSP7,SIO,ATSC2
MIDI
2TR IN/OUT(DIO)
WORD CLOCK
CASCADE
TIME Code
LCD
PANEL LED
PANEL ALL LED
PANEL SW
FADER TSense
FADER Move
ENCODER(CH)
ENCODER(etc.)
METER LED
METER SW
Check the FPGA register by Read/Write.
Check the voltage of the backup battery.
Check the SIO connection by Reading/Writing the register of each DSP6.
Check the SIO and ATSC2 connection by Reading/Writing the register of each DSP7.
MIDI OUT-->Check the Send/Receive of IN.
Check by Loop Backing the 2TR IN/OUT DIGITAL.
Count the Fs of WCLK OUT at WCLK IN to judge the LOCK of PLL.
Check the Send/Receive of CASCADE OUT > IN.
Check the MTC MIDI input.
Display the entire screen in black and white to check contrast volume.
LEDs (including 7 Seg LEDs) will light sequentially as specified.
Check all LEDs for gradual brightness and for each color.
Press the SW sequentially as specified for check.
Check the touch sense sensitivity of the FADER.
Check the moving time and stop position of the FADER.
Rotate the Encoder (CH1-24) for check.
Rotate the Encoder (etc.) for check.
MB02R96 LEDs will light sequentially as specified.
Pressing the SW of MB02R96 will turn ON/OFF corresponding LED.
Auto
Auto
Auto
Auto
Auto
Auto
Semi-Auto
Auto
Auto
Visual check
Visual check
Visual check
Semi-Auto
Semi-Auto
Semi-Auto
Semi-Auto
Semi-Auto
Visual check
Visual check
Item
Check name
Outline of check item
Judge
Checked items and item numbers correspond to those of
the test program.
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 ...
Page 144: ...02R96 144 ...
Page 145: ...145 02R96 ...
Page 146: ...02R96 146 ...
Page 147: ...147 02R96 ...
Page 148: ...02R96 148 ...
Page 149: ...149 02R96 ...
Page 150: ...02R96 150 ...
Page 151: ...151 02R96 ...
Page 152: ...02R96 152 ...
Page 153: ...153 02R96 ...
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 ...
Page 164: ...02R96 164 ...
Page 165: ...02R96 165 ...
Page 166: ...02R96 166 ...
Page 167: ...02R96 167 ...
Page 168: ...02R96 168 ...
Page 169: ...02R96 169 ...
Page 170: ...02R96 170 ...
Page 171: ...02R96 171 ...
Page 172: ...02R96 172 ...
Page 173: ...02R96 173 ...
Page 175: ...02R96 175 ...
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 ...