Philips MCi300 - Page 30

12-3
12-3
PB - Wessli - 08 - Circuit Diagram - Ethernet part
TD-
CTD
TX+
CTX
TX-
TD+
RX+
CRX
RX-
RD+
CRD
RD-
NC NC
XTAL
FIFOSEL
SA
PSEN
TEST
TPI
EE
TPO
ACT
COL
SD
3A3
3R318A
VCC
VCC3IO
VCCK
3A3
TCLK
TCLK_EN
+
-
CK
CS
DIO
IOIS16
RSET_BG
GND
GND
3R318A
PME
ISPEED
IRQ
IFULL
I_LK
-
+
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
0
V18F
IN
OUT
0
1
2
3
4
5
CS
RST
WR
RD
AEN
1
2
2333 B9
F307 G2
5312 A7
5311-1 G4
3346 G3
3343 B11
3344 F8
F301 C5
3350 A11
5311-2 F4
3319-3 D8
B
3331 F5
3330 F5
5315 A7
3301-4 B11
A
OPTION
2334 A9
67
F
1
F306 G2
OPTION
A
3315-4 D8
3300-1 B11
3340 F7
6300 F7
5316 A7
5317 C7
F304 G2
F305 G2
2 13
3300-4 C11
3301-1 C11
3301-2 C11
C
5311-3 F4
2335 B9
2336 B9
3333 F6
6302 F7
OPTION
3
3011 C11
2337 H5
2338 C11
3300-2 C11
3300-3 C11
5304 C5
3357 D11
3341 F8
OPTION
DEBUG_TR
3342 F8
3301-3 B11
E
1300 B11
9
3349 G3
102 113 8
3355 E11
3354 D11
5322 B5
3334 F7
2332 B8
F308 A11
3353 D11
124
G
3310-2 C8
3310-3 C8
10
D
7
3315-2 D8
3315-3 D8
3329 E5
2324 F5
3319-2 D8
2323 F5
3359 B8
C
2327 G3
2328 A9
2329 A9
2330 A9
5319 A7
5321 G5
3351 C11
F302 G2
F303 G2
B
2340 C8
2341 F5
5318 A7
5305 F7
3319-4 D8
2321 B11
13
2339 C8
3314-1 D8
5
D
G
3339 F6
5
2322 B12
3306 C11
4
OPTION
3314-4 D8
3314-2 D8
3314-3 D8
3310-4 C8
OPTION
2331 A9
2317 C5
11
LAN INTERFACE
89
12
6301 F7
F
E
3319-1 D8
H
2326 H5
3352 C11
1
3358 E11
2320 G5
2319 F7
3315-1 D8
6
3338 B11
3310-1 C8
7301 B9
1302 G2
H
3323 C8
2318 F6
3336 F5
TO ETHERNET INERFACE BOARD
2329
100n
600R5316
100n 2319
10R3350
3300-2 22R
2
7
45
100n
2335
3314-4 22R
75R
3346
100n 2339
3310-2 22R
27
27
3319-2 22R
3314-2 22R
220n2334
3315-2 22R27
1822R3301-1
2317
47u 6.3V
4
5
16
15
14
22R3300-4
TLA-6T118LF
5311-1
1
2
3
2332 220n
TX-
4
TX+
5
GND_RJ45
6
78
S6B-PH-SM4-TB(LF)
1302
1
RX+
RX-
2
GND_RJ45
3
3349
75R
2336 100n
2M23338
1%
100R
3330
2u2
2337
453315-4 22R
18
F302
22R3310-1
5
3306 22R
3319-4 22R4
1n02338
2341
100n
6300 TLMY3100
273301-2 22R
TLMG31006301
F307
TLMH31006302
1u5
5304
6
7
8
11
10
9
TLA-6T118LF
5311-2
3351
4K7
3336
100R
1%
3333
100R
1%
2328 100n
TLA-6T118LF
5311-3
1%
100R
3331
220R
3341
12
F306
1300
DSX530GA
25M
F304
F301
2n22323
5321 600R
22R3315-1 1 8
100n 2326
100n
2333
2327
100n
22R3314-3 3 6
3353
1u5
5322
10K
220R
3344
600R
F305
5318
3310-4 22R
X5R
10u
2340
22R3315-3 3 6
3329
100R
1%
22R
1
83300-1
22R3323
2330 100n
3339
1%
100R
8
600R5315
22R3319-1 1
3358 100K
F308
600R5319
2K2
3343
600R5317
1%
100R
3334
100n2331
22R3319-3 3 6
22R3310-3
100n2324
2322
10p
100K
+3V3_ETH
3
6
3357
3300-3 22R
600R5305
22R3301-3 36
3011 10K
3359
4K7
1%12K1
3355
22R3314-1
F303
10p
2320
600R
2321
5312
10p
2n2
2318
5
3354 10K
22R4
3342
220R
3301-4
100R
1%
3340
10
24
43
59
60
54
61
62
12
3
4
6
7
9
5
1
25 44
40
39
38
37
36
35
34
33 56
57
13
46
45
42
41
32
31
30
29
28
27
14
22
53
64
17
50
49
48
47
18
8
26 58
2
11 63
16
55
23
15
51
52
20
21
19
22R

7301
AX88796BLF
S_MPMC_A(7)
+1V8_ETH
S_MPMC_A(0:20)
+1V8_ETH
+3V3_ETH
S_ETHERNET_IRQ
3352
S_MPMC_D(3)
S_MPMC_D(4)
S_MPMC_D(5)
S_MPMC_D(6)
S_MPMC_D(7)
S_MPMC_D(8)
S_MPMC_D(9)
S_MPMC_D(10)
S_MPMC_D(11)
S_MPMC_D(12)
S_MPMC_D(13)
S_MPMC_D(14)
S_MPMC_D(15)
S_MPMC_D(0:15)
S_MPMC_STCS1_N
S_MPMC_WE_N
S_MPMC_OE_N
+3V3_ETH
S_ETHERNET_RESET
+3V3_ETH
+3V3_ETH
+3V3 +3V3_ETH
+3V3_ETH
S_MPMC_A(6)
S_MPMC_A(8)
S_MPMC_A(9)
S_MPMC_A(10)
S_MPMC_D(0)
S_MPMC_D(1)
S_MPMC_D(2)