Dmd Ffc; Interposer - LG PF1500 Service Manual

DMD FFC

P1
104060-8017
1
2
3
4
HS_B_WDATA3_P
5
HS_B_WDATA3_N
6
HS_B_WDATA2_P
7
HS_B_WDATA2_N
8
9
HS_B_WDATA1_P
10
HS_B_WDATA1_N
11
HS_B_WDATA0_P
12
HS_B_WDATA0_N
13
14
15
16
17
HS_B_WDATA7_P
18
HS_B_WDATA7_N
19
HS_B_WDATA6_P
20
HS_B_WDATA6_N
21
22
HS_B_WDATA5_P
23
HS_B_WDATA5_N
24
HS_B_WDATA4_P
25
HS_B_WDATA4_N
26
27
28
HS_A_WDATA4_P
29
HS_A_WDATA4_N
30
HS_A_WDATA5_P
31
HS_A_WDATA5_N
32
33
HS_A_WDATA6_P
34
HS_A_WDATA6_N
35
HS_A_WDATA7_P
36
HS_A_WDATA7_N
37
38
39
40
41
HS_A_WDATA0_P
42
HS_A_WDATA0_N
43
HS_A_WDATA1_P
44
HS_A_WDATA1_N
45
46
HS_A_WDATA2_P
47
HS_A_WDATA2_N
48
49
HS_A_WDATA3_P
50
HS_A_WDATA3_N
51
52
53
54
55
56
57
58
DPP_1.8V
59
60
61
62
63 C10
0.1uF
64
65
66
67
VOFS
68
69 OFS_RST_BIAS
C21
70 0.47uF
25V
71
72
VRST
73
OFS_RST_BIAS
74 C22
0.47uF
75
25V
76
77
VBIAS
78
OFS_RST_BIAS
79 C23
0.47uF
80
25V
81
THE SYMBOL MARK OF THIS SCHEMETIC DIAGRAM INCORPORATES
SPECIAL FEATURES IMPORTANT FOR PROTECTION FROM X-RADIATION.
FIRE AND ELECTRICAL SHOCK HAZARDS, WHEN SERVICING IF IS
ESSENTIAL THAT ONLY MANUFACTURES SPECIFIED PARTS BE USED FOR
THE CRITICAL COMPONENTS IN THE SYMBOL MARK OF THE SCHEMETIC.
LS_RDATA_B
Route 68 ohm. Follow line length
matching rules in the DPP343x
datasheet. Maximum line length from
DPP343x to DMD is 6.5 inches.
HS_B_CLK_P
HS_B_CLK_N
Route 100 ohm differential. Follow line
length match rules in the DPP343x
datasheet.Maximum line length from
DPP343x to DMD is 6.0 inches.
HS_A_CLK_P
HS_A_CLK_N
Route 68 ohm. Follow line length
matching rules in the DPP343x
LS_WDATA
datasheet. Maximum line length from
LS_CLK
DPP343x to DMD is 6.5 inches.
LS_RDATA_A
DEN_ARSTZ
To DMD Heatsink
M1
4814V00112J
M3
4814V00112J

INTERPOSER

Placement of capacitors close to the DMD is
critical for proper operation and reliability.
DPP_1.8V
C11 C12
0.1uF 0.1uF
16V 16V
HS_A_WDATA7_N
HS_A_WDATA7_P
HS_A_WDATA5_N
HS_A_WDATA5_P
HS_A_CLK_P
HS_A_CLK_N
HS_A_WDATA4_N
HS_A_WDATA4_P
HS_A_WDATA0_P
HS_A_WDATA0_N
HS_A_WDATA1_P
HS_A_WDATA6_N
HS_A_WDATA6_P
HS_A_WDATA1_N
HS_A_WDATA2_N
HS_A_WDATA2_P
HS_A_WDATA3_P
HS_A_WDATA3_N
LS_WDATA
LS_CLK
LS_RDATA_B
LS_RDATA_A
VOFS
VRST
VBIAS
DEN_ARSTZ
C15 C16
0.22uF 0.1uF
25V 25V
M2
4814V00112J
M4
4814V00112J
OPT
IC1
1019-503BM
L2 L29
VDD_14 VDD_15
L3 L28
D_AN[7] D_BN[6]
L4 L27
D_AP[7] VSS_30
L5 L26
D_AN[5] D_BP[4]
L6 L25
D_AP[5] D_BN[4]
K2 K29
VDD_12 VDD_13
K3 K28
DCLK_AP D_BP[6]
K4 K27
VSS_26 D_BN[7]
K5 K26
VSS_27 VSS_29
K6 K25
VSS_28 D_BN[5]
J2 J29
VDD_9 VDD_11
J3 J28
DCLK_AN VDD_10
J4 J27
VSS_24 D_BP[7]
J5 J26
D_AN[4] VSS_25
J6 J25
D_AP[4] D_BP[5]
H2 H29
VDD_6 VDD_8
H3 H28
D_AP[0] VDD_7
H4 H27
VSS_20 DCLK_BP
H5 H26
VSS_21 DCLK_BN
H6 H25
VSS_22 VSS_23
G2 G29
VDDI_6 VDDI_8
G3 G28
D_AN[0] VDDI_7
G4 G27
D_AP[1] D_BN[0]
G5 G26
D_AN[6] VSS_19
G6 G25
D_AP[6] VSS_18
F2 F29
VDDI_2 VDDI_5
F3 F28
VDDI_3 VDDI_4
F4 F27
D_AN[1] D_BP[0]
F5 F26
VSS_14 VSS_17
F6 F25
VSS_15 VSS_16
E2 E29
VDD_4 VDD_5
E3 E28
D_AN[2] VDDI_1
E4 E27
D_AP[2] D_BP[1]
E5 E26
D_AP[3] D_BN[1]
E6 E25
D_AN[3] VSS_13
D2 D29
VDD_2 VDD_3
D3 D28
LS_WDATA D_BN[2]
D4 D27
VSS_10 D_BP[2]
D5 D26
VSS_11 D_BN[3]
D6 D25
VSS_12 D_BP[3]
C2 C29
VDD_1 VOFFSET_2
C3 C28
LS_CLK VSS_9
C4 C27
R10 43
LS_RDATA_B VSS_8
C5 C26
VSS_5 VSS_7
C6 C25
R11 43
LS_RDATA_A VSS_6
B2 B29
VOFFSET_1 VSS_4
B3 B28
VRESET_1 VRESET_2
B4 B27
VBIAS_1 VBIAS_2
B5 B26
VSS_1 VSS_3
B6 B25
DMD_DEN_ARSTZ VSS_2
C17
0.1uF
25V
DMD
DIRECTION
PF1500-JE
DMD
DPP_1.8V
C13 C14
0.1uF 0.1uF
16V 16V
HS_B_WDATA6_N
HS_B_WDATA4_P
HS_B_WDATA4_N
HS_B_WDATA6_P
HS_B_WDATA7_N
HS_B_WDATA5_N
HS_B_WDATA7_P
HS_B_WDATA5_P
HS_B_CLK_P
HS_B_CLK_N
HS_B_WDATA0_N
HS_B_WDATA0_P
HS_B_WDATA1_P
HS_B_WDATA1_N
HS_B_WDATA2_N
HS_B_WDATA2_P
HS_B_WDATA3_N
HS_B_WDATA3_P
VOFS
VRST
VBIAS
C18 C19 C20
0.1uF 0.1uF 0.22uF
25V 25V 25V
2014.06.11
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