AVH-P6300BT/XNUC
74
1
2
3
4
1
2
3
4
C
D
F
A
B
E
STATUS = 00h, TP = B5h, D0 = 02h, (Display data for the test mode)
D1: Display data identifier exclusive for the test mode
[The values of D1 are as shown in the table below]
D2 – 9: Eight letters worth of display data in ASCII. (Status or results are displayed)
* Each coefficient (excluding the status display) outputs data at intervals of every second.
E.g.) Power-on (examples of “1-” in the continuous display specifications above)
D1 = 01h, set the status display data to D2 – D9 and transmit
[1 second later]
D1 = 02h, set the FE offset coefficient to D2 – D9 and transmit
[1 second later]
D1 = 03h, set the TE offset coefficient to D2 – D9 and transmit
:
:
[1 second later]
D1 = 07h, set the DBAL coefficient to D2 – D9 and transmit
[1 second later]
D1 = 01h, after setting the status display data to D2 – D9 and transmitting, wait for keys
2) Display data for the test mode
Value of D1
Purpose
Continuous display specification
01h
Status
display
02h
FE offset coefficient
1-1
03h
TE offset coefficient
1-2
04h
AS offset coefficient
1-3
05h
ENV offset coefficient
1-4
06h
TG offset coefficient
1-5
07h
DBAL
coefficient
1-6
30h
VIN1 offset cancel value
1-7
31h
VIN2 offset cancel value
1-8
32h
VIN3 offset cancel value
1-9
33h
VIN4 offset cancel value
1-10
34h
VIN5 offset cancel value
1-11
35h
VIN6 offset cancel value
1-12
36h
VIN7 offset cancel value
1-13
37h
VIN8 offset cancel value
1-14
38h
VIN9 offset cancel value
1-15
39h
VIN10 offset cancel value
1-16
08h
FEMAX
level
2-1
09h
FEMIN
level
2-2
0Ah
ASMAX
level
2-3
0Bh
ENVMAX
level
2-4
0Ch
FE normalization coefficient
2-5
0Dh
Spindle gain coefficient
2-6
0Eh
TBAL coefficient (0 layer)
3-1
1Eh
TBAL coefficient (1 layer)
3-2
10h
TE normalization coefficient (0 layer)
3-3
20h
TE normalization coefficient (1 layer)
3-4
40h
Off-track adjustment result
3-5
11h
FBAL coefficient (0 layer)
4-1
21h
FBAL coefficient (1 layer)
4-2
12h
Focus gain coefficient (0 layer)
4-3
5-2
22h
Focus gain coefficient (1 layer)
4-4
5-3
13h
Tracking gain coefficient (0 layer)
4-5
5-4
23h
Tracking gain coefficient (1 layer)
4-6
5-5
14h AS normalization adjustment value (0 layer)
4-7
5-6
24h AS normalization adjustment value (1 layer)
4-8
5-7
15h
Error
ratio
5-1
16h
TEMAX
level
2-7
17h
TEMIN
level
2-8
50h RF
level
Содержание AVH-P6300BT/XNUC
Страница 112: ...AVH P6300BT XNUC 112 1 2 3 4 1 2 3 4 C D F A B E 9 2 EXTERIOR 1 A F A ...
Страница 114: ...AVH P6300BT XNUC 114 1 2 3 4 1 2 3 4 C D F A B E 9 3 EXTERIOR 2 D E C B K G 19 Drive Unit A A B C E D ...
Страница 116: ...AVH P6300BT XNUC 116 1 2 3 4 1 2 3 4 C D F A B E 9 4 EXTERIOR 3 Grille Assy A C B A B L M A B C ...
Страница 155: ...AVH P6300BT XNUC 155 5 6 7 8 5 6 7 8 C D F A B E ...
Страница 159: ...AVH P6300BT XNUC 159 5 6 7 8 5 6 7 8 C D F A B E ...
Страница 173: ...AVH P6300BT XNUC 173 5 6 7 8 5 6 7 8 C D F A B E ...