Ibo Zapper Panel: Flash Memory (Diagram K2) - Philips L04E Service Manual

Circuit Diagrams and PWB Layouts
IBO Zapper Panel: Flash Memory
1 2 3
FLASH MEMORY
A
B
C
D
5202
+3V3
100MHz
E
7202
K4S281632D
K1 SDRAM_ADDR(0) 0V 23
0
24
K1 SDRAM_ADDR(1) 0V
1
25
K1 SDRAM_ADDR(2) 0V
2
K1 SDRAM_ADDR(3) 0V 26
3
K1 SDRAM_ADDR(4) 0V 29
4
30
K1 SDRAM_ADDR(5) 0V
5
31
K1 SDRAM_ADDR(6) 0V
6
32
K1 SDRAM_ADDR(7) 0V
7
SDRAM_ADDR(8) 0V 33
F K1
8
K1 SDRAM_ADDR(9) 0V 34
9
K1 SDRAM_ADDR(10) 0V 22
10
35
K1 SDRAM_ADDR(11) 0V
11
20
K1 SDRAM_ADDR(13) 0V
0
21
K1 SDRAM_ADDR(14) 0V
1
38
K1 SDRAM_CLK 1V5
37
K1 SDRAM_CKE 3V3
CKE
19
CS
SDRAM_RAS 3V 18
K1
RAS
17
K1 SDRAM_CAS 3V
G
CAS
16
K1 SDRAM_WE 3V
WE
H
0001 0002
Hole 3.5 mm Hole 3.5 mm Hole 3.5 mm
1 1 1
2 2 2
I
MECHANICAL HOLES
3139 123 5606.1
1 2 3
L04E AB
4 5 6
K1, K7 MIU_ADDR(1)
K1, K7
MIU_ADDR(2)
K1, K7 MIU_ADDR(3)
K1, K7 MIU_ADDR(4)
K1, K7 MIU_ADDR(5)
K1, K7 MIU_ADDR(6)
MIU_ADDR(7)
K1, K7
MIU_ADDR(8)
K1, K7
K1, K7 MIU_ADDR(9)
K1, K7
MIU_ADDR(10)
K1, K7 MIU_ADDR(11)
K1, K7 MIU_ADDR(12)
K1, K7 MIU_ADDR(13)
K1, K7 MIU_ADDR(14)
K1, K7 MIU_ADDR(15)
K1, K7 MIU_ADDR(16)
K1, K7 MIU_ADDR(17)
K1, K7 MIU_ADDR(18)
K1, K7 MIU_ADDR(19)
4202
K1, K7 MIU_ADDR(20)
K1, K7 MIU_ADDR(22) 4203
OPTION
K1, K7 MIU_ADDR(21)
3200
+3V3_NOR48
470R
NOR_RYBY
K1
OPTION
K1, K7 MIU_ADDR(20) 4201
I202
RESET_n
K1, K3
F201
K1, K7 MIU_WEN
MIU_OEN
K1, K7
I205
NOR_CS
K1, K7
1 14 27 3 9 43
49
VDD VDDQ
SDRAM_ADDR(12)
36 0V K1
NC 40
2 1V3 K1
SDRAM_DATA(0)
0
Φ 4 1V3 K1
SDRAM_DATA(1)
1
5
1V K1
SDRAM_DATA(2)
2
A SYNC 7
1V3 SDRAM_DATA(3) K1
3
DRAM 8
1V3 SDRAM_DATA(4) K1
4
10 K1
4x2Mx16 1V2 SDRAM_DATA(5)
5
11 0V K1
SDRAM_DATA(6)
6
13
1V4 SDRAM_DATA(7) K1
D 7
42
1V3 SDRAM_DATA(8) K1
8
44
1V3 SDRAM_DATA(9) K1
9 45
1V SDRAM_DATA(10) K1
10
47
1V4 K1
SDRAM_DATA(11)
11
48
1V4 SDRAM_DATA(12) K1
12
50
BA 1V3 SDRAM_DATA(13) K1
13
51 0V7
SDRAM_DATA(14) K1
14
53
1V2 SDRAM_DATA(15) K1
CLK 15
15
3V3 SDRAM_DQM0 K1
L
39
DQM 2V2 SDRAM_DQM1 K1
U
VSS VSSQ
28 41 54 6 12 46 52
0003 0004
0005 0006 0007 0008
Hole 3.5 mm
CU AREA CU AREA CU AREA CU AREA
1
2
4 5 6
7. 63
7 8 9 10
+3V3_NOR48
I201
5201
+3V3
100MHz
2203
2204
10u 100n
7200
M29W320DT
37
3V2 25 29 0V MIU_DATA(0) K1, K7
EPROM
0 0
0V
0V 24 31 MIU_DATA(1) K1, K7
1 4Mx8/2Mx16 1
3V2 23 33 MIU_DATA(2) K1, K7
0V
2 2
3V2 22 35 0V MIU_DATA(3) K1, K7
3 3
3V2 21 38 0V MIU_DATA(4) K1, K7
4 4
0V
3V2 20 40 MIU_DATA(5) K1, K7
5 5
0V 19 42 MIU_DATA(6) K1, K7
0V
6 6
0V 18 44 0V MIU_DATA(7) K1, K7
7 7
3V2 8 D 30 0V MIU_DATA(8) K1, K7
8 8
0V
0V 7 32 MIU_DATA(9) K1, K7
9 9
0V 6 0 34 0V MIU_DATA(10) K1, K7
10 A 10
3V2 5 36 0V MIU_DATA(11) K1, K7
32M-1
11 11
0V 4 39 0V MIU_DATA(12) K1, K7
12 12
2/4/8MB 0V
3V2 3 41 MIU_DATA(13) K1, K7
13 13
0V 2 43 0V MIU_DATA(14) K1, K7
14 14
NOR
0V 1 45 0V MIU_DATA(15) K1, K7
15 15
3V2 48
16 FLASH A-1
0V 17
17
3V2 16
18
3V2 9
19 K1, K7
3V2 10 13 0V 4205 MIU_ADDR(22)
NC
20
4204 3V2 15
I206 +3v3_NOR48
RB 3205
4200 3V2 12 14
RP VPP/WP_
I204 3V2 11
3V2
WE 10K
3V2 28
OE
3V2 26
K1
CE 4215 NOR_WP
3V2 47
BYTE
OPTION
27 46
+3V3_NOR48
+5V
0012 0013
0009 0010 0011
CU AREA CU AREA
CU AREA CU AREA CU AREA
7 8 9 10
11 12 13
+3V3_NOR48
I200
5200 2200
+3V3
100MHz
100n
2201
2202
100n
10u 16V
2205
7201
100n
M58LW032A
K1, K7 MIU_ADDR(1) 28 1 MIU_ADDR(22) K1, K7
1 Φ
K1, K7 MIU_ADDR(2) 27 30 MIU_ADDR(23) K1, K7
2
K1, K7 MIU_ADDR(3) 26 32
3
K1, K7 MIU_ADDR(4) 25 2/4/8MB 56 MIU_ADDR(24) K1, K7
4
K1, K7 MIU_ADDR(5) 24
5
K1, K7 MIU_ADDR(6) 23
NOR
6
K1, K7 MIU_ADDR(7) 22
7
FLASH
K1, K7 MIU_ADDR(8) 20
8
K1, K7 MIU_ADDR(9) 19
9
K1, K7 MIU_ADDR(10) 18
0
10
K1, K7 MIU_ADDR(11) 17 A
2048k-1
11
K1, K7 MIU_ADDR(12) 13
12
K1, K7 MIU_ADDR(13) 12
13
K1, K7 MIU_ADDR(14) 11
14
+3v3_NOR48 K1, K7 MIU_ADDR(15) 10 33 MIU_DATA(0) K1, K7
15 0
K1, K7 MIU_ADDR(16) 8 35 MIU_DATA(1) K1, K7
16 1
K1, K7 MIU_ADDR(17) 7 38 MIU_DATA(2) K1, K7
17 2
K1, K7 MIU_ADDR(18) 6 40 MIU_DATA(3) K1, K7
18 3
K1, K7 MIU_ADDR(19) 5 44 MIU_DATA(4) K1, K7
19 4
K1, K7 MIU_ADDR(20) 4 46 MIU_DATA(5) K1, K7
20 5
K1, K7 MIU_ADDR(21) 3 49 MIU_DATA(6) K1, K7
21 6
I203 51 MIU_DATA(7) K1, K7
7
15 34 MIU_DATA(8) K1, K7
D
VPP 8
36 MIU_DATA(9) K1, K7
9
K1, K7 MIU_WEN
55 39 MIU_DATA(10) K1, K7
W 10
41 MIU_DATA(11) K1, K7
11
K1, K7 NOR_CS 14 45 MIU_DATA(12) K1, K7
E 12
47 MIU_DATA(13) K1, K7
13
MIU_OEN
K1, K7 54 50 MIU_DATA(14) K1, K7
G 14
52 MIU_DATA(15) K1, K7
NOR_WP K1, K3 15
K1 RESET_n 16 NOR_RYBY
K1
RP
I209
29 53
L RB
4213
I210 I211
3202
31 2
K R
470R
OPTION
+5V +5V +5V
5203
+5V
100MHz
2214
100n
user_EEPROM_WP K1
4212
5V
F200
I2C_LOCAL_SCL K1, K6, K7
I207
7203
M24C64-WMN6
I2C_LOCAL_SDA K1, K6, K7
I208
Φ
(8Kx8)
7
4V6
WC
EEPROM WC_
6 4V6
1
SYSTEM
E0 0 SCL
2
EEPROM SCL
E1 1 ADR 5
3
I2C ADDRESS=A8
E2 2 SDA
VSS
SDA 4V6
5V
4
0014 0015 0016 0017 0018
CU AREA CU AREA CU AREA CU AREA CU AREA
11 12 13
?
14 0001 I2 0001 I2
0002 I3 0002 I3
0003 I3 0003 I3
0004 I4 0004 I4
0005 I5 0005 I5
0006 I6 0006 I6
0007 I6 0007 I6
0008 I7 0008 I7
A
0009 I7 0009 I7
0010 I8 0010 I8
0011 I9 0011 I9
0012 I10 0012 I9
0013 I10 0013 I10
0014 I11 0014 I11
0015 I11 0015 I11
0016 I12 0016 I12
0017 I12 0017 I12
0018 I13 0018 I13
2200 A1 2200 B12 3
2201 B1 2201 B12 2
B
2202 B13 2202 B12
2203 B8 2203 B8
2204 B9 2204 B8
2205 B13 2205 B12
2206 D4 2206 E5
2207 D3 2207 E4
2208 D3 2208 E4
2209 D3 2209 E3
2210 D3 2210 E4
2211 D4 2211 E4
2212 D3 2212 E4
2213 D3 2213 E4
C
2214 G11 2214 F11
3200 D6 3200 D6
3201 D1 3201 D14 4
3202 E13 3202 E13
3203 E1 3203 E11 1
3204 E12 3204 E12
3205 D9 3205 D9
3206 F12 3206 F12
3207 F12 3207 F13
3209 G12 3209 G13
3210 G1 3210 G12 1
+3v3_NOR48
D
3211 H12 3211 F12
3212 D1 3212 D10 1
4200 D7 4200 D7
4201 D7 4201 D7
4202 D6 4202 D7
4203 D6 4203 D7
4204 D7 4204 D7
4205 D9 4205 D9
4212 H12 4212 F13
+3v3_NOR48
4213 E1 4213 E13 3
4214 C1 4214 D11 1
4215 D9 4215 D9
E
5200 A12 5200 B12
5201 A8 5201 B8
5202 C2 5202 D3
5203 F11 5203 F11
7200 B8 7200 B8
7201 B1 7201 B12 2
7202 D2 7202 E3
7203 G11 7203 F11
F200 H12 F200 F12
F201 E6 F201 E6
I200 A12 I200 A12
I201 A8 I201 A8
F
I202 C3 I202 D4
I203 D1 I203 D12 2
I204 D7 I204 D7
I205 E6 I205 E6
I206 D9 I206 D9
I207 F11 I207 F12
I208 F12 I208 G13
I209 D12 I209 D12
I210 E12 I210 E12
I211 E13 I211 E13
G
H
I
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