Panasonic CN-D105T User manual

General
Power Supply DC 12V,
Test Voltage 14.4V
Negative Ground
Current Consumption Less than 1.5A
Reception Frequency 1575.42 MHz
Reception Sensitivity -130 dBm
Reception Method Parallel 8 channels
Receiving Code C/A Code
Channel System Multichannel
Channels 8
GPS Satellites Received 8 max
Guide Map Panasonic Original Format
Picture Output RGB : Navigation screen
NTSC: 1.0 V [p-p], 75Ω, RCA pin jack
(Navigation screen)
Dimensions (W×H×D)** 178×50×161mm
Weight** 1.6 kg
GPS Antenna
Type Microstrip Planer
Cord lengths 6m
Dimensions (W×H×D)** 34×13×38mm
Weight** 25 g (the cord and connector
excluded)
© 2006 Matsushita Electric Industrial Co., Ltd. All
rights reserved. Unauthorized copying and
distribution is a violation of law.
CN-D105T
DVD Mobile Navigation System
Remote Control
Batteries R6PU × 2
Dimensions (W×H×D)** 44×40×142mm
Weight** 120 g (batteries included)
* Specifications and the design are subject to possible modification
without notice due to improvements.
** Dimensions and Weight shown are approximate.
** Above specifications comply with EIA standards.
AUTOMOTIVE AFTERMARKET
Specifications*
ORDER NO. ACED060503C3

1 ABOUT LEAD FREE SOLDER (PbF) 3
2 FEATURES 3
3 REPLACING THE FUSE 3
4 MAINTENANCE 3
5 NOTES 3
6 DIMENSIONS 3
7 LASER PRODUCTS 3
8 WIRING CONNECTION 4
9 TERMINALS DESCRIPTION 5
10 IC BLOCK DIAGRAM 8
11 REPLACEMENT PARTS LIST 15
12 EXPLODED VIEW (Unit) 22
13 DVD PLAYER PARTS LIST 23
14 EXPLODED VIEW (DVD Deck) 26
15 WIRING DIAGRAM 27
16 SCHEMATIC DIAGRAM 33
17 BLOCK DIAGRAM 39
CONTENTS
Page Page
2
CN-D105T

1 ABOUT LEAD FREE
SOLDER (PbF)
Distinction of PbF PCB:
PCBs (manufactured) using lead free solder will have a PbF
stamp on the PCB.
Caution :
· Pb free solder has a higher melting point than standard
solder; Typically the melting point is 50 - 70°F (30 -
40°C) higher. Please use a soldering iron with
temperature control and adjust it to 700 ± 20°F (370 ±
10°C). In case of using high temperature soldering iron,
please be careful not to heat too long.
· Pb free solder will tend to splash when heated too high
(about 1100°F/600°C)
· This lead free solder will be used for the products after
serial No. 1,000,001.
2 FEATURES
· Detailed maps are used.
· Desired places can be registered.
· Notes
DVD audio and video are not supported by this unit.
This unit does not support all Video CD and CD formats.
3 REPLACING THE FUSE
Use fuses of the same specified rating (5A, 3A). Using different
substitutes or fuses with higher ratings, or connecting the unit
directly without a fuse, could cause fire or damage to the stereo
unit.
4 MAINTENANCE
Your products is designed and manufactured to ensure a
minimum of maintenance. Use a soft cloth for routine exterior
cleaning. Never use benzine, thinner or other solvents.
5 NOTES
[DVD DECK BLOCK]
This model has no servo alignment points because
microcomputer controls the servo circuit
6 DIMENSIONS
7 LASER PRODUCTS
3
CN-D105T

8 WIRING CONNECTION
4
CN-D105T

IC600 : C2CBKYY000239
Pin
No. Port Description I/O (V)
1 NC Remote control signal input I 0
2 VOL.LVL
(NC) No Connection - -
3 NC No Connection - -
4 NC No Connection - -
5 NC No Connection - -
6 BYTE - I 0
7 CNVSS - I 0
8 NC No Connection - -
9 NC No Connection - -
10 /RESET System reset H:RESET OFF I 3.2
11 XOUT Main clock output O 2.7
12 VSS Ground I 0
13 XIN Main clock input I 2.0
14 VCC1 Power Supply I 3.3
15 /NMI - I 3.3
16 ACC.DET Power Supply ACC Detection H
FACC ON I 3.4
17 BAT.DET Power Supply +B Detection H:
BATT ON I 3.4
18 RMC IN Remote control signal state input I 0
19 IE. BUS. IN - I 3.4
20 ILRST Abnormal reset flag to Nabis
microcomputer L: Normal O 0
21 ACC.DET.O
UT ACC ON fixation signal to Nabis microcomputer H: ACC ON O 3.3
22 NC No Connection - -
23 SYS.LATCH Data fixation signal output to system
power supply IC O 3.3
24 SYS.DATA Data signaling output to system
power supply IC O 3.3
25 SYS.CLK Clock pulse output to system power
supply IC O 3.3
26 BEEP BEEP Output O 0
27 IE. BUS.IN IE Bus Input I 3.4
28 IE. BUS.OUT IE Bus Output O 0
29 DVD.TX DVD4.5U start-stop data signaling
output O 0
30 DVD.RX DVD4.5U start-stop data signaling
input O 0
31 SYS.STBY System power supply start control O 3.3
32 SYS.STBY2 System power supply internal
regulator change signal H: External
5V
O 3.3
33 NAVI.RX Data output for Nabis
microcomputer communication O 3.4
34 NAVI.TX Data input for Nabis microcomputer
communication I 3.4
35 NC No Connection - -
36 /DVD.RESET
(NC) No Connection - -
37 WDT.ON Customer engineer control with
built-in RESET IC WDT H: WDT ON O 3.3
38 WDT.CLK Release signal with built-in RESET
IC WDT O 3.3
39 /ILL.DET Vehicle ILL-SW detection H: ILL-SW I 3.3
40 NC No Connection - -
41 NC No Connection - -
42 NC No Connection - -
43 LED.CNT2
(NC) No Connection - -
44 LED.CNT1 Insertion entrance LED control
signal output 1 H:LED ON O 3.3
45 EVOL2 Speech output attenuator control 2 O 0
Pin
No. Port Description I/O (V)
46 EVOL1 Speech output attenuator control 1 O 0
47 ATTP0 (NC) No Connection - -
48 NAVI MUTE External monitor speech output
control H:MUTE ON O 0
49 STBY (NC) No Connection - -
50 DAC.MUTE Nabis voice guide MUTE control
H:MUTE ON O 3.2
51 S.MUTE.CA
NSEL (NC) No Connection - -
52 NMUTE MUTE to power amplifier H: MUTE
ON O 3.3
53 /AUDIO.RST Reset signal of RESET IC H:
RESET OFF O 3.3
54 AUDIO.NMI Soft NM I-signal to RESET IC H:
ACC ON O 3.3
55 ACC.ON AC C power supply ON fixation
signal H: When set operates O 3.3
56 ADPG Set distinction since 1S/2S H: since
2S I 0
57 TEST Test mode signal detection H: TEST
signal OFF I 3.3
58 PKB Parking brake signal detection H:
Brake ON I 3.3
59 TMC.RST Reset output port for external RDS
TMC equipment L: RESET O 0
60 CVCC2 Power-supply voltage I 3.3
61 NAVI DISP NAVI display notification output
signal O 3.3
62 VSS Ground I 0
63 NC No Connection - -
64 NC No Connection - -
65 NC No Connection - -
66 NC No Connection - -
67 NC No Connection - -
68 NC No Connection - -
69 NC Input for ACC voltage detection I 1.5
70 THM Input for ambient temperature
detection with thermistor I 1.4
71 VD.DOWN Chroma IC: For 12C-BUS
transmission timing detection I 3.3
72 /DVD.MUTE DVD MUTE trigger input I 3.4
73 OPEN.KEY Lid OPEN state detection H: OPEN I 0
74 NC No Connection - -
75 NC No Connection - -
76 SPD CNT - - -
77 MAX (NC) No Connection - -
78 NC No Connection - -
79 NC No Connection - -
80 NC No Connection - -
81 ACONT2
(NC) No Connection - -
82 ACONT1
(NC) No Connection - -
83 RGB.MUTE
(NC) No Connection - -
84 NC No Connection - -
85 VCONT2
(NC) No Connection - -
86 VCONT1
(NC) No Connection - -
87 NC No Connection - -
88 NC No Connection - -
89 NC No Connection - -
90 NC No Connection - -
9 TERMINALS DESCRIPTION
9.1. Main Block
5
CN-D105T

Pin
No. Port Description I/O (V)
91 CHROMA.C
K (NC) No Connection - -
92 CHROMA.DI PseudoIC data signaling input for
chroma IC&E2PROM control(for
treatment device)
I 3.3
93 CHROMA.D
O (NC) No Connection - -
94 AVSS Ground O 0
95 WP (NC) No Connection - -
96 VREF Reference supply voltage input - 3.3
97 AVCC Power-supply voltage input - 3.3
98 NC No Connection - -
99 MAP.EJCT MAP EJECT button depressing
detection I 3.3
100 NC No Connection - -
6
CN-D105T

IC301 : MNPH60GAKUB
Pin
No. Port Description I/O (V)
1 WAITODC CPU bus control I 3.4
2 NRE CPU bus control O 0
3 NEW CPU bus control O 3.2
4 (NC) No Connection - -
5 /NFR0MCS Flash ROM chip selection O 1.4
6 NC No Connection - -
7 NCS00CS ODC chip selection O 3.3
8 (NC) No Connection - -
9 (NC) No Connection - -
10 (NC) No Connection - -
11 (NC) No Connection - -
12 P57/NWORD Low fixation I 0
13 A0 CPU address bus O 0.7
14 A1 CPU address bus O 1.5
15 A2 CPU address bus O 1.7
16 A3 CPU address bus O 1.8
17 3.3VDD Connecting to power supply. O 3.4
18 (NC) No Connection - -
19 VSS GND - 0
20 SELF TEST Drive test mode I 3.3
21 (NC) No Connection - -
22 3.3VDD Connecting to power supply. - 3.4
23 CPU CLOCK Clock I 0
24 (NC) No Connection - -
25 MODE Mode change I 0
26 A4 CPU address bus O 1.5
27 A5 CPU address bus O 2.3
28 A6 CPU address bus O 0.7
29 A7 CPU address bus O 2.6
30 A8 CPU address bus O 0.9
31 A9 CPU address bus O 2.4
32 A10 CPU address bus O 0.7
33 A11 CPU address bus O 2.4
34 3.3VDD Connecting to power supply. - 3.4
35 A12 CPU address bus O 0.9
36 A13 CPU address bus O 0.9
37 A14 CPU address bus O 0.6
38 A15 CPU address bus O 0.6
39 A16 CPU address bus O 0.6
40 A17 CPU address bus O 0.7
41 A18 CPU address bus O 0.7
42 (NC) No Connection - -
43 AVREFN AVREFN - 0
44 (NC) No Connection - -
45 LOADING Loading driver instruction value O 1.7
46 INNER-SW Photo SW O 0
47 NFEPRST FEP reset O 3.3
48 (NC) No Connection - -
49 (NC) No Connection - -
50 (NC) No Connection - -
51 3.3VDD 3.3VDD I 3.4
52 (NC) No Connection - -
53 (NC) No Connection - -
54 VREFP VREFP - 3.4
55 (NC) No Connection - -
56 (NC) No Connection - -
57 (NC) No Connection - -
58 (NC) No Connection - -
59 LODSWON Photo enable O 0
60 LODSW 3.3VDD I 3.4
61 VSS GND - 0
62 P94/AN0 - I 0
63 P95/AN1 - I 0
Pin
No. Port Description I/O (V)
64 P96/AN2 - I 0
65 P97/AN3 - I 0.7
66 3.3VDD Connecting to power supply. - 3.4
67 EEPR0MCS - - 3.4
68 NFEPCS Serial bus chip selection FEP O 3.4
69 (NC) No Connection - -
70 SCK FEP and DAC serial i/f O 3.4
71 SI ADSC FEP EEPROM serial. - 1.4
72 SO ADSC FEP EEPROM serial. O 3.4
73 PLL UP0 Pull-up I 3.3
74 PLL UP1 Pull-up O 3.3
75 /NMI High fixation I 3.4
76 NINTHOST ATAPI interrupt I 0
77 NINTODC ODC interrupt I 3.2
78 NINTDSC ADSC interrupt I 3.3
79 PA3/XR03 3.3VDD I 3.4
80 XR04 3.3VDD I 3.4
81 ADSEP 3.3VDD - 3.4
82 /RST System reset I 3.3
83 3.3VDD Connecting to power supply. - 3.4
84 D0 CPU data bus I/O 1.1
85 D1 CPU data bus I/O 0.9
86 D2 CPU data bus I/O 1.4
87 D3 CPU data bus I/O 1.1
88 D4 CPU data bus I/O 1.6
89 D5 CPU data bus I/O 0.9
90 D6 CPU data bus I/O 1.4
91 D7 CPU data bus I/O 1.3
92 VSS GND - 0
93 D8 CPU data bus I/O 1.6
94 D9 CPU data bus I/O 1.5
95 D10 CPU data bus I/O 1.8
96 D11 CPU data bus I/O 1
97 D12 CPU data bus I/O 1.8
98 D13 CPU data bus I/O 1.8
99 D14 CPU data bus I/O 2
100 D15 CPU data bus I/O 1.9
9.2. DVD Servo Block
7
CN-D105T

IC105 : C1BA00000472
IC180 : C0CBCAA00006
IC181 : C0CBCAD00008
IC401 : C0DBFGD00025
IC602 : C0ABBB000326
IC604 : C0JBAS000241
IC701 : C0EBC0000240
IC750 : C0DBEKG00001
10 IC BLOCK DIAGRAM
10.1. Main Block
8
CN-D105T

IC850, 851 : AN77L05M-E1
IC893 : C0JBAK000189
IC700 : C1EB00000082
9
CN-D105T

IC830 : YEAMCXA1645M
IC950 : C0DBAZC00016
10
CN-D105T