– 51 –
1
FIN2
I
Connects to the pickup's photo diode; adding this pin to pin FIN1 generates RF signal,
and subtracting it generates FE signal.
2
FIN1
I
Connects to the pickup's photo diode.
3
E
I
Connects to the pickup's photo diode; subtracting this pin from pin F generates
TE signal.
4
F
I
Connects to the pickup's photo diode.
5
TB
I
Input for DC component of TE signal.
6
TE–
I
Connects to the resistor between this pin and TE pin for setting the gain of TE signal.
7
TE
O
Output for TE signal.
8
TESI
I
Input for TES (Track Error Sense) comparator, TE signal is band-passed and inputted.
9
SCI
I
Input for shock detection.
10
TH
I
For setting tracking gain time constant.
11
TA
O
TA amplifier output pin.
12
TD–
I
For constructing tracking phase compensation constant between TD and VR pins.
13
TD
O
For setting tracking phase compensation.
14
JP
I
For setting the amplifier of tracking jump signal (kick pulse).
15
TO
O
Output for tracking control signal.
16
FD
O
Output for focusing control signal.
17
FD–
I
For constructing focusing phase compensation constant between FD and FA pins.
18
FA
O
For constructing focusing phase compensation constant between FD– and FA– pins.
19
FA–
I
For constructing focusing phase compensation constant between FA and FE pins.
20
FE
O
Output for FE signal.
21
FE–
I
Connects to the gain-setting resistor of FE signal between this pin and FE pin.
22
A-GND
–
GND for analog signals.
23
NC
–
Not used.
24
SP
I
Single end output of CV+ and CV– pin input signal.
25
SPG
I
Connects to the gain-setting resistor during spindle 12cm mode.
26
SP–
I
Connects to spindle phase compensation constant together with SPD pin.
27
SPD
O
Output for spindle control signal.
28
SLEQ
I
Connects to sled phase compensation constant.
29
SLD
O
Output for sled control signal.
30
SL–
I
Input for sled-sending signal from microcontroller.
31
SL+
I
Input for sled-sending signal.
32
JP–
I
Input for tracking-jump signal from DSP.
33
JP+
34
TGL
I
Input for tracking gain control signal from DSP; gain is low if TGL = "H".
35
TOFF
I
Input for tracking off control signal from DSP; off if TOFF = "H".
36
TES
O
Outputs TES signal to DSP.
37
HFL
O
HIGH FREQUENCY LEVEL; used to determine whether the main beam is on a pit or
on a mirror.
38
SLOF
I
Input for sled servo off control.
39, 40
CV–, CV+
I
Input for CLV error signal from DSP.
Pin No.
Pin Name
I/O
Description
IC, LA9241ML
Содержание XR-MD510
Страница 5: ... 5 ...
Страница 15: ... 15 SCHEMATIC DIAGRAM 1 MAIN PT1 PT2 RELAY ...
Страница 17: ... 17 SCHEMATIC DIAGRAM 2 FRONT SW 1 SW 2 FACE A FACE B FACE C DECK ...
Страница 20: ... 20 SCHEMATIC DIAGRAM 3 CD CD LOAD CD DRIVE ...
Страница 22: ... 22 SCHEMATIC DIAGRAM 4 D TUNER ...
Страница 24: ... 24 SCHEMATIC DIAGRAM 5 K TUNER ...
Страница 26: ... 26 SCHEMATIC DIAGRAM 6 EZ TUNER ...
Страница 27: ...WIRING 8 DECK RELAY 27 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 A B C D E F G H I J K L M N O P Q R S T U ...
Страница 29: ... 29 IC BLOCK DIAGRAM IC BA5936S IC BU2099FV ...
Страница 30: ... 30 IC BU2092F IC BU1920FS ...
Страница 31: ... 31 IC MM1454XFBE IC LA1837NL ...
Страница 32: ... 32 IC TA2040AF IC HA12211 ...
Страница 33: ... 33 IC CXA1553P IC LC72131D ...
Страница 34: ... 34 IC BD3876KS2 ...
Страница 38: ... 38 8 SFR130 TP3 VREF TP2 FE C CD C B L201 7 TP1 K SCAN GND IC201 7 B FRONT C B ...
Страница 43: ... 43 98 O ARDY O 99 O SREQ O 100 I MREQ I ja ja 01234 ja 0123 fLl ...
Страница 55: ... 55 FL 13 ST 44GNK ACJ 4 GRID ASSIGNMENT ANODE CONNECTION GRID ASSIGNMENT ...
Страница 56: ... 56 ANODE CONNECTION ...
Страница 67: ...2 11 IKENOHATA 1 CHOME TAITO KU TOKYO 110 JAPAN TEL 03 3827 3111 Printed in Singapore 9301978 0251431 ...
Страница 93: ...2 11 IKENOHATA 1 CHOME TAITO KU TOKYO 110 JAPAN TEL 03 3827 3111 Printed in Singapore 9301978 0251431 ...
