Table of Contents
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30" LCD Color Monitor
12
MBAD[12:0]
12
MBBA0
12
MBBA1
12
/MBCS
12
/MBRAS
12
/MBCAS
12
/MBWE
12
MBCLKE
12
MBCLK
12
/MBCLK
12
MBDQS[7:0]
12
MBDM[7:0]
MBDQS1
4
MBDM1
3
MBDM0
2
MBDQS0
1
MBDQ12
8
MBDQ13
7
MBDQ14
6
MBDQ15
5
MBDQ11
5
MBDQ10
6
MBDQ9
7
MBDQ8
8
MBDQ7
5
MBDQ6
6
MBDQ5
7
MBDQ4
8
MBDQ0
8
MBDQ1
7
MBDQ2
6
MBDQ3
5
12
MBDQ[63:0]
Note: Resistor Packs RN3,
RN10, RN11, RN18, RN59,
RN66, RN67 and, RN74 have
been changed to 0603
style package.
U4
HY 5DU561622ETP-4
V2P5
MBAD0
29
1
A0
VDD
MBAD1
30
18
A1
VDD
MBAD2
31
33
A2
VDD
MBAD3
32
3
A3
VDDQ
MBAD4
35
9
A4
VDDQ
MBAD5
36
15
A5
VDDQ
MBAD6
37
55
A6
VDDQ
MBAD7
38
61
A7
VDDQ
MBAD8
39
A8
MBAD9
40
A9
MBAD10
28
AP/A10
MBAD11
41
A11
MBAD12
42
C12
VREFM
A12/NC
26
0.1UF16V
BA0
27
49
BA1
VREF
24
14
/CS
NC
23
17
C13
/RAS
NC
22
19
0.1UF16V
/CAS
NC
21
25
/WE
NC
44
43
CKE
NC
45
50
DGND
CK
NC
46
53
/CK
NC
5
RN57
BDQS1
16
MBDQS3
4
5
LDQS
6
33R 1/16W 5%
BDM1
20
MBDM3
3
6
LDM
7
BDM0
47
MBDM2
2
7
UDM
8
BDQS0
51
MBDQS2
1
8
UDQS
1
RN63
BDQ12
2
MBDQ27
4
5
DQ0
2
33 OHM +-5% 1/16W
BDQ13
4
MBDQ26
3
6
DQ1
3
BDQ14
5
MBDQ25
2
7
DQ2
4
BDQ15
7
MBDQ24
1
8
DQ3
4
RN64
BDQ11
8
MBDQ28
1
8
DQ4
3
33R 1/16W 5%
BDQ10
10
MBDQ29
2
7
DQ5
2
BDQ9
11
MBDQ30
3
6
DQ6
1
BDQ8
13
MBDQ31
4
5
DQ7
4
RN61
BDQ7
54
64
MBDQ16
1
8
DQ8
VSSQ
3
33R 1/16W 5%
BDQ6
56
58
MBDQ17
2
7
DQ9
VSSQ
2
BDQ5
57
52
MBDQ18
3
6
DQ10
VSSQ
1
BDQ4
59
12
MBDQ19
4
5
DQ11
VSSQ
1
RN62
BDQ0
60
6
MBDQ23
4
5
DQ12
VSSQ
2
33 OHM +-5% 1/16W
BDQ1
62
66
MBDQ22
3
6
DQ13
VSS
3
BDQ2
63
48
MBDQ21
2
7
DQ14
VSS
4
BDQ3
65
34
MBDQ20
1
8
DQ15
VSS
DGND
U24
HY 5DU561622ETP-4
V2P5
MBAD0
29
1
A0
VDD
MBAD1
30
18
A1
VDD
MBAD2
31
33
A2
VDD
MBAD3
32
3
A3
VDDQ
MBAD4
35
9
A4
VDDQ
MBAD5
36
15
A5
VDDQ
MBAD6
37
55
A6
VDDQ
MBAD7
38
61
A7
VDDQ
MBAD8
39
A8
MBAD9
40
A9
MBAD10
28
AP/A10
MBAD11
41
A11
MBAD12
42
VREFM
A12/NC
26
BA0
27
49
BA1
VREF
24
14
/CS
NC
23
17
/RAS
NC
22
19
/CAS
NC
21
25
/WE
NC
44
43
CKE
NC
45
50
CK
NC
46
53
/CK
NC
RN58
BDQS3
16
MBDQS6
4
5
RN113
LDQS
33R 1/16W 5%
BDM3
20
MBDM6
3
6
33R 1/16W 5%
LDM
BDM2
47
MBDM4
2
7
UDM
BDQS2
51
MBDQS4
1
8
UDQS
RN66
BDQ27
2
MBDQ51
4
5
RN71
DQ0
33 OHM +-5% 1/16W
BDQ26
4
MBDQ50
3
6
33 OHM +-5% 1/16W
DQ1
BDQ25
5
MBDQ49
2
7
DQ2
BDQ24
7
MBDQ48
1
8
DQ3
RN65
BDQ28
8
MBDQ52
1
8
RN72
DQ4
33R 1/16W 5%
BDQ29
10
MBDQ53
2
7
33R 1/16W 5%
DQ5
BDQ30
11
MBDQ54
3
6
DQ6
BDQ31
13
MBDQ55
4
5
DQ7
RN60
BDQ16
54
64
MBDQ32
1
8
RN69
DQ8
VSSQ
33R 1/16W 5%
BDQ17
56
58
MBDQ33
2
7
33R 1/16W 5%
DQ9
VSSQ
BDQ18
57
52
MBDQ34
3
6
DQ10
VSSQ
BDQ19
59
12
MBDQ35
4
5
DQ11
VSSQ
RN59
BDQ23
60
6
MBDQ39
4
5
RN70
DQ12
VSSQ
33 OHM +-5% 1/16W
BDQ22
62
66
MBDQ38
3
6
33 OHM +-5% 1/16W
DQ13
VSS
BDQ21
63
48
MBDQ37
2
7
DQ14
VSS
BDQ20
65
34
MBDQ36
1
8
DQ15
VSS
DGND
CONFIDENTIAL
41
U5
HY 5DU561622ETP-4
V2P5
MBAD0
29
1
MBAD0
A0
VDD
MBAD1
30
18
MBAD1
A1
VDD
MBAD2
31
33
MBAD2
A2
VDD
MBAD3
32
3
MBAD3
A3
VDDQ
MBAD4
35
9
MBAD4
A4
VDDQ
MBAD5
36
15
MBAD5
A5
VDDQ
MBAD6
37
55
MBAD6
A6
VDDQ
MBAD7
38
61
MBAD7
A7
VDDQ
MBAD8
39
MBAD8
A8
MBAD9
40
MBAD9
A9
MBAD10
28
MBAD10
AP/A10
MBAD11
41
MBAD11
A11
MBAD12
42
C14
VREFB2
MBAD12
A12/NC
26
0.1UF16V
BA0
27
49
BA1
VREF
24
14
/CS
NC
23
17
C15
/RAS
NC
22
19
0.1UF16V
/CAS
NC
21
25
/WE
NC
44
43
CKE
NC
45
50
DGND
CK
NC
46
53
/CK
NC
BDQS6
16
MBDQS5
8
1
RN114
LDQS
BDM6
20
MBDM5
7
2
33R 1/16W 5%
LDM
BDM4
47
MBDM7
6
3
UDM
BDQS4
51
MBDQS7
5
4
UDQS
BDQ51
2
MBDQ44
8
1
RN74
DQ0
BDQ50
4
MBDQ45
7
2
33 OHM +-5% 1/16W
DQ1
BDQ49
5
MBDQ46
6
3
DQ2
BDQ48
7
MBDQ47
5
4
DQ3
BDQ52
8
MBDQ43
5
4
RN73
DQ4
BDQ53
10
MBDQ42
6
3
33R 1/16W 5%
DQ5
BDQ54
11
MBDQ41
7
2
DQ6
BDQ55
13
MBDQ40
8
1
DQ7
BDQ32
54
64
MBDQ63
5
4
RN68
DQ8
VSSQ
BDQ33
56
58
MBDQ62
6
3
33R 1/16W 5%
DQ9
VSSQ
BDQ34
57
52
MBDQ61
7
2
DQ10
VSSQ
BDQ35
59
12
MBDQ60
8
1
DQ11
VSSQ
BDQ39
60
6
MBDQ56
8
1
RN67
DQ12
VSSQ
BDQ38
62
66
MBDQ57
7
2
33 OHM +-5% 1/16W
DQ13
VSS
BDQ37
63
48
MBDQ58
6
3
DQ14
VSS
BDQ36
65
34
MBDQ59
5
4
DQ15
VSS
DGND
VTT
NOTES:
MBAD4
1
8
RN106
Place U4 and U5 on the component side, and U24 and U25 on the
MBAD3
2
7
47
1/16W
MBAD2
3
6
solder side.
MBAD1
4
5
MBAD5
1
8
RN107
MBAD6
2
7
47
1/16W
Total trace lengths between sxT2 and DDR memory for each data
MBAD7
3
6
group (8 x DQ + DQS + DM) must match to within 0.1", where
MBAD8
4
5
total trace length is BADQ* plus BDQ*.
MBAD9
1
8
RN108
MBAD11
2
7
47
1/16W
MBAD12
3
6
Place 33 ohm series terminations midway
MBCLKE
4
5
MBAD0
1
8
RN109
memory.
i.e. length of BADQ* should be approximately equal to
MBAD10
2
7
47
1/16W
length of BDQ*.
MBBA1
3
6
MBBA0
4
5
/MBCS
1
8
RN110
Trace lengths between sxT2 and DDR memory across all data
/MBRAS
2
7
47
1/16W
groups must match to within 0.5".
/MBCAS
3
6
/MBWE
4
5
The address bus (MBAD[12..0], MBBA0 and MBBA1), the clock
signals (MBCLK, /MBCLK and MBCLKE) and the control signals
(/MBCAS, /MBRAS, /MBWE, /MBCS) from U1 should be routed as a
daisy chain to U4, U5. The lengths should be equalized to
within 0.5", and the lengths of each segment should be
separately equalized.
MBCLK
R71
75
1% 1/10W
R18
270
1/10W
/MBCLK
R72
75
1% 1/10W
T P V ( Top
Victory
Electronics
Co . , Ltd. )
OEM MODEL
Gateway XHD3000
TPV MODEL
絬 隔 瓜 絪 腹
CBPF6SSXGY A2P
T2080-I-X-X-1-070727
Key Component
14.DDRB Memory _1
PCB NAME
715T2080 I
Friday,July 27,2007
Sheet
14
of
Date
Gateway XHD3000
U25
HY 5DU561622ETP-4
V2P5
29
1
A0
VDD
30
18
A1
VDD
31
33
A2
VDD
32
3
A3
VDDQ
35
9
A4
VDDQ
36
15
A5
VDDQ
37
55
A6
VDDQ
38
61
A7
VDDQ
39
A8
40
A9
28
AP/A10
41
A11
42
VREFB2
A12/NC
26
BA0
27
49
BA1
VREF
24
14
/CS
NC
23
17
/RAS
NC
22
19
/CAS
NC
21
25
/WE
NC
44
43
CKE
NC
45
50
CK
NC
46
53
/CK
NC
BDQS5
16
LDQS
BDM5
20
LDM
BDM7
47
UDM
BDQS7
51
UDQS
BDQ44
2
DQ0
BDQ45
4
DQ1
BDQ46
5
DQ2
BDQ47
7
DQ3
BDQ43
8
DQ4
BDQ42
10
DQ5
BDQ41
11
DQ6
BDQ40
13
DQ7
BDQ63
54
64
DQ8
VSSQ
BDQ62
56
58
DQ9
VSSQ
BDQ61
57
52
DQ10
VSSQ
BDQ60
59
12
DQ11
VSSQ
BDQ56
60
6
DQ12
VSSQ
BDQ57
62
66
DQ13
VSS
BDQ58
63
48
DQ14
VSS
BDQ59
65
34
DQ15
VSS
DGND
between U1 and DDR
C
Size
Rev
I
称爹
42
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