Ibo Zapper: Flash Memory (K2) - Philips LC4.3E Service Manual

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Circuit Diagrams and PWB Layouts
IBO Zapper: Flash Memory
1 2
FLASH MEMORY
K2
A
B
C
D
E
K1 SDRAM_ADDR(0)
K1 SDRAM_ADDR(1)
K1 SDRAM_ADDR(2)
K1 SDRAM_ADDR(3)
K1 SDRAM_ADDR(4)
K1 SDRAM_ADDR(5)
K1 SDRAM_ADDR(6)
K1 SDRAM_ADDR(7)
K1 SDRAM_ADDR(8)
SDRAM_ADDR(9)
K1
K1 SDRAM_ADDR(10)
K1 SDRAM_ADDR(11)
F
SDRAM_ADDR(13)
K1
SDRAM_ADDR(14)
K1
K1 SDRAM_CLK
K1 SDRAM_CKE
K1
K1
K1
G
0001 0002 0003 0004
TYPE TYPE TYPE TYPE
H
MECHANICAL 3.5MM HOLE
3139 123 5906.2
1 2
LC4.3E AB
3 4 5
K1, K7
K1, K7
K1, K7
K1, K7
K1, K7
K1, K7
K1, K7
K1, K7
K1, K7
K1, K7
K1, K7
K1, K7
K1, K7
K1, K7
K1, K7
K1, K7
K1, K7
K1, K7
K1, K7
K1, K7
K1, K7
K1, K7
+3V3_NOR48
K1
K1, K7
I202
5202
+3V3
K1, K3
100MHz
K1, K7
K1, K7
K1
7202
K4S281632F
1 14 27 3 9 43 49
VDD VDDQ
23 SDRAM_ADDR(12)
0V 36 0V K1
0
24
0V NC 40
1
25
0V
2
26 2 1V3
0V SDRAM_DATA(0) K1
3 0
29 Φ 4
0V 1V3 SDRAM_DATA(1) K1
4 1
0V 30 5 1V K1
SDRAM_DATA(2)
5 A SYNC 2
0V 31 7 1V3 K1
SDRAM_DATA(3)
6 3
0V 32 DRAM 8 1V3 K1
SDRAM_DATA(4)
7 4
33 10
0V 1V2 K1
4x2Mx16 SDRAM_DATA(5)
8 5
34 11
0V 0V K1
SDRAM_DATA(6)
9 6
13
0V 22 1V4 SDRAM_DATA(7) K1
10 D 7
35 42
0V 1V3 SDRAM_DATA(8) K1
11 8
44
1V3 SDRAM_DATA(9) K1
9
45
1V SDRAM_DATA(10) K1
10
47 1V4
SDRAM_DATA(11) K1
11
0V 20 48 1V4
SDRAM_DATA(12) K1
0
12
0V 21 BA 50 1V3
SDRAM_DATA(13) K1
1 13
51 0V7
SDRAM_DATA(14) K1
14
38 53
1V5 1V2 K1
SDRAM_DATA(15)
CLK 15
37
3V3
CKE
19
CS
18
SDRAM_RAS 3V
RAS
17 15 3V3
SDRAM_CAS 3V SDRAM_DQM0 K1
CAS
L
16 39
SDRAM_WE 3V DQM 2V2 SDRAM_DQM1 K1
WE
U
VSSQ
VSS
28 41 54 6 12 46 52
0005 0006 0007 0008 0009 0010
HEATSINK HEATSINK HEATSINK HEATSINK HEATSINK HEATSINK
3 4 5
7. 65
6 7 8 9
+3V3_NOR48
I201
5201
+3V3
100MHz
2203
2204
100n
10u
7200
M29W320DT
37
3V2
MIU_ADDR(1) 25 29 0V MIU_DATA(0)
EPROM
0 0
0V
MIU_ADDR(2) 0V 24 31 MIU_DATA(1)
1 4Mx8/2Mx16 1
MIU_ADDR(3) 3V2 23 33 0V MIU_DATA(2)
2 2
MIU_ADDR(4) 3V2 22 35 0V MIU_DATA(3)
3 3
MIU_ADDR(5) 3V2 21 38 0V MIU_DATA(4)
4 4
MIU_ADDR(6) 3V2 20 40 0V MIU_DATA(5)
5 5
MIU_ADDR(7) 0V 19 42 MIU_DATA(6)
0V
6 6
MIU_ADDR(8) 0V 18 44 0V MIU_DATA(7)
7 7
MIU_ADDR(9) 3V2 8 D 30 0V MIU_DATA(8)
8 8
0V
MIU_ADDR(10) 0V 7 32 MIU_DATA(9)
9 9
MIU_ADDR(11) 0V 6 0 34 0V MIU_DATA(10)
10 A 10
3V2
MIU_ADDR(12) 5 32M-1 36 0V MIU_DATA(11)
11 11
MIU_ADDR(13) 0V 4 39 0V MIU_DATA(12)
12 12
2/4/8MB
MIU_ADDR(14) 3V2 3 41 0V MIU_DATA(13)
13 13
MIU_ADDR(15) 0V 2 43 MIU_DATA(14)
0V
14 14
NOR
MIU_ADDR(16) 0V 1 45 0V MIU_DATA(15)
15 15
MIU_ADDR(17) 3V2 48
16 FLASH A-1
MIU_ADDR(18) 0V 17
17
MIU_ADDR(19) 3V2 16
18
4202
MIU_ADDR(20) 3V2 9
19
0V
3V2 10 13 4205
NC
20
MIU_ADDR(22) 4203
MIU_ADDR(21) OPTION 4204 3V2 15
I206
RB
4200 3V2 12 14
3200
RP VPP/WP_
3K3 I204 3V2 11
3V2
WE
NOR_RYBY
3V2 28
OE
3V2 26
CE
OPTION
MIU_ADDR(20) 4201 3V2 47
BYTE
OPTION
RESET_n
27 46
F201
MIU_WEN
MIU_OEN
I205
NOR_CS
+3V3_NOR48
0012 0013 0014 0015
0011
HEATSINK HEATSINK HEATSINK HEATSINK HEATSINK
6 7 8 9
10 11 12
+3V3_NOR48
I200
5200 2200
+3V3
100MHz
100n
2201
2202
100n
16V
10u
2205
7201
100n
M58LW032C90N1
K1, K7 MIU_ADDR(1) 28
1 Φ
K1, K7 MIU_ADDR(2) 27 30
2
K1, K7 K1, K7 MIU_ADDR(3) 26 32
3
K1, K7 K1, K7 MIU_ADDR(4) 25 2/4/8MB 56
4
K1, K7 K1, K7 MIU_ADDR(5) 24
5
K1, K7 K1, K7 MIU_ADDR(6) 23
NOR
6
K1, K7 K1, K7 MIU_ADDR(7) 22
7
K1, K7 K1, K7 MIU_ADDR(8) 20 FLASH
8
K1, K7 K1, K7 MIU_ADDR(9) 19
9
K1, K7 K1, K7 MIU_ADDR(10) 18
0
10
A
K1 K1, K7 MIU_ADDR(11) 17
11 2048k-1
K1 K1, K7 MIU_ADDR(12) 13
12
K1 K1, K7 MIU_ADDR(13) 12
13
K1 K1, K7 MIU_ADDR(14) 11
14
K1 +3V3_NOR48 K1, K7 MIU_ADDR(15) 10 33
15 0
K1 K1, K7 MIU_ADDR(16) 8 35
16 1
K1 K1, K7 MIU_ADDR(17) 7 38
17 2
K1 K1, K7 MIU_ADDR(18) 6 40
18 3
K1, K7 MIU_ADDR(19) 5 44
19 4
K1, K7 MIU_ADDR(20) 4 46
20 5
K1, K7 MIU_ADDR(21) 3 49
21 6
51
I203
7
MIU_ADDR(22) K1, K7
15 D 34
VPP 8
36
K1, K7 9
MIU_WEN 55 39
3205 +3V3_NOR48 W 10
41
11
K1, K7 NOR_CS 14 45
10K E 12
47
13
MIU_OEN
K1, K7 54 50
K1
4215 NOR_WP G 14
52
NOR_WP 15
K1 K1, K3 RESET_n
16
RP
I209
29 53
L RB
I210
31
K R
OPTION
+5V +5V
5203
+5V
100MHz
2214
100n
F200
5V
I207
7203
M24C64-WMN6
I208
Φ
(8Kx8)
7
4V6
WC
EEPROM WC_
1 E0 6 4V6
SYSTEM
0 SCL
2 E1
EEPROM SCL
1
ADR 5
3 E2 I2C ADDRESS=A8
+5V 2 SDA
VSS
SDA 4V6
5V
4
0016 0017 0018
HEATSINK HEATSINK HEATSINK
10 11 12
It`s Free
13 14
0001 H1
0002 H1
K2 0003 H2
0004 H2
0005 H3
0006 H4
0007 H4
0008 H5
0009 H5
0010 H6
0011 H6
A
0012 G7
0013 G8
0014 G9
0015 G9
0016 G10
0017 G10
0018 G11
2200 A13
2201 A12
2202 A13
2203 A8
1 MIU_ADDR(22) K1, K7
2204 A9
MIU_ADDR(23) K1, K7
B
2205 B13
MIU_ADDR(24) K1, K7
2206 D5
2207 E4
2208 E4
2209 E4
2210 E4
2211 E4
2212 E4
2213 E4
2214 F11
MIU_DATA(0) K1, K7
3200 D6
MIU_DATA(1) K1, K7
3201 D14
C
MIU_DATA(2) K1, K7
3202 D13
MIU_DATA(3) K1, K7
3203 E11
MIU_DATA(4) K1, K7
MIU_DATA(5) K1, K7 3204 E12
MIU_DATA(6) K1, K7 3205 D9
MIU_DATA(7) K1, K7
3206 F12
MIU_DATA(8) K1
3207 F13
MIU_DATA(9) K1
3209 F13
MIU_DATA(10) K1 +3V3_NOR48
MIU_DATA(11) K1 3210 F13
MIU_DATA(12) K1 3211 F12
MIU_DATA(13) K1
3212 C11
MIU_DATA(14) K1
4200 D7
MIU_DATA(15) K1
D
4201 D7
NOR_RYBY
K1
4202 C7
4213
4203 D7
I211
4204 D7
3202
2
+3V3_NOR48 4205 C9
470R
4212 F13
4213 D13
4214 D11
4215 D9
5200 A12
5201 A8
5202 D3
E
5203 E11
7200 B8
7201 B12
+5V
7202 E3
7203 F11
F200 F12
F201 D6
I200 A12
I201 A8
user_EEPROM_WP K1
I202 D4
4212
I203 C12
I2C_LOCAL_SCL K1, K6, K7
F I204 D7
I205 D6
I2C_LOCAL_SDA K1, K6, K7 I206 D9
I207 F12
I208 F13
I209 D12
I210 D12
I211 D13
G
H
F_15270_055.eps
190505
13 14