Panasonic RX-DT505 Service Manual page 37

RX-DT505 RX-DT505
#1C704 (MN6650)
ay Mark : ue Function En Mark : be Function
No. Division No. Division
L + it
1 TES O Tracking error signal output 23 /TEST { +5 Vinput
2 PLAY ie) Play signal output 24 VSS — Ground
3 /RFDET I RF detection signal input 25 CLVS I Spindle servo signal input
4 DO I Dropout signal input 26 | /TRON O Tracking servo signal output
5 OFT | Off track signal input 27 MDATA I Command data input
6 ARF I RF signal input 28 MCLK | Command ciock signal input
7 WVEL ie) High speed status signal output 29 MLD I Command load signa! input
{
8 PBO I Potension buffer signal input 30 SENSE 10) Sense signal output
a e eee
9 TE I Tracking error signal input 31 /FLOCK 10) ba Focus servo signal output
+ =I
10 FE I Focus error signal input 32 /TLOCK I Tracking servo signal output
11 VR2 | A/D reference voltage input 33 /RST | Reset signal input (L: Reset)
— ——~ + =
12 VR1 | A/D reference voltage input 34 xl | Clock input (fX1= 16.9344 MHz)
13 LDON oO Laser power control signal output 35 TO
14 VSS — Ground 36 T1
4 _ Open
15 AVSS — \ Ground 37 T2
{ 4 } 4
16 AVDD | Power supply (+5 V input) 38 T3
fee ee ee ee en
17 VDD | Power supply (+5 V input) 39 T4
Traverse servo control output 40 T5 — Ground
Traverse drive output 41 T6
Focus drive output 42 VDET I Vibration detecting signal input
Tracking drive output 43 TBAL O Tracking balance adjustment
output
Track kick signal output
44 TRCRS | I | Track cross signal input
©1C705 (MN6475)
Pin vo ; vo ;
No. Mark Division Function Division Function
1 LRCK I Clock input oes Ground |
2 BCLK | Serial data bit clock input — Ground
| 3 SRDATA I Serial data input 0 AF signal output (Rch)
4 COT1
| F
Power supply input |
5 COT2 _ Ground | Reset signal input
6 TEST — —
7 VDD l Power supply (+5 V input) — Ground
{
8 X2 _ Clock (f=33.8688 MHz) | High speed status signal input
9 x1 Ae { De-emphasis signal input
10 VSS — Ground | +5 V input
11 AVDDL | Power supply (+5 V input) [ — i=.
2
12 OUT.L Oo AF signal output (Lch) | 24 768FS ie) Clock output (f= 16.9344 MHz)
-57-
©1C706 (MN6626)
~ aT 5 a
Pin vO , Pin vO :
No. Mark Divicion Function No. Mark Division Function
T =a T
1 AVSS _ | Ground 36 | SUBQ fe) Sub-code (Q data) output
T t T T
' - .
2 [REF t | Reference current input 37 sacK | Sub-code (Q data) clock input
f=7.3 kHz
3 ARF | RF signal input + + +
T 38 /CLDCK — ——
4 DRF | DSL bias input 4 4
Tt | Sub-code block (Q data) clock
5 | DSLF fe) DSL loop filter 39 | BLKCK O (=75 Hz
+ i
| — +
t
6 | PLLF | PLL loop filter 40 | DEMPH Oo De-emphasis ON signal output
+ +
4
7 AVDD | i Power supply (+5 V input) 41 MEMP i Enphasis signal input
4
8 RSEL | +5 V input 42 ia MLD | Command load signal input
t 7
9 TBUS7 43 MCLK | Command clock signal input
i t — Test terminal (Ground) ++ + t
16 TBUSO 44 MDATA | Command data input
T al ms ie
45 DMUTE | Muting control signal input
17 FLAG
IPFLAG
t
3
+
46 SMCK | O Clock output (f=4.2336 MHz)
19 FCLK — — 47 STAT O Status signal output
{++ L a +
20 BTYCK 48 CRC _ —
{ \- 1 a
21 WDCK 49 SuBC j ; — ——
4 + }.
22 /RST | Reset signal input | 50 SBCK | Clock for sub-code serial output
ae ae 4 fe Sy
23 TX O i Digital audio interface signal ! 51 TRON | | Tracking servo ON signal input
output |
+ 52 CLVS O Spindle servo signal output
24 ooh
—. \ 53 PC — —
| +—
| 54 ECM O Spindle motor control signal
Serial data output
a aren
oO Serial bit clock output i
ere | a
oO Clock output |
29 XCK I oO Clock output (f= 16.9344 MHz)
30 PMCK _— ——
1 4
31 CSEL l +5 V input
1
32 PSEL = Ground
i 4
oo a | Clock input (f= 16.9344 MHz)
34 x2 _—
——
35 VSS _— Ground
—~ 5B -
output
Po
Spindle motor control signal
55 ECS 0
output
4. 45
56 VDD | Power supply (+5 V input)
+ +.
57 'TEST | +5 V input
58 SSEL | +5 V input
4 {
59 MSEL _ _—
L, 4
60 RESY — _——
+ a +
61 DO | | Drop out signal input
62 EFM
63 PCK — ee
64 PDO
°1C601 (MN
Pin
No.
2
Mar
10
11
2)
22
23
24
25
26
27
28
29
30