Cc Unit(Video Dec./T-Con/Lvds Part)(Guide Page) - Pioneer AVIC-Z110BT Service Manual

1

10.12 CC UNIT(VIDEO DEC./T-CON/LVDS PART)(GUIDE PAGE)

A
L4931
3.3V
CCD3_IOON
CTF1736-A
GNDD
L4936
1.8V
CTF1736-A
VD18
L4933
R4934 CTF1736-A
VA18
NM
(1608)
L4935
CTF1736-A
B
AVSELOUT
AVSELOUT
GNDV
E
1/6
GNDV
C
D
E
F
E
6/6
242
1
2
VIDEO DECODER BLOCK
GNDD GNDD
GNDD GNDD
Level conversion and LPF
Going to use only level conversion.
CVBS
0.7Vpp 0.5Vpp
GNDV GNDV
MCCA3
R4966
680
(D)
C4994 C4975
Q4901
2SC4617(RS)
10u/6.3
NM
(1608)
R4936
R4952 L4901 L4902
NM
NM NM NM
C4925
0.033u/10
Default setting
NSIG
X_VIP_DVALID_FID
A B C
A17 B17 C17
VSS2 160_CPH 154_STH
GNDD
A16 B16 C16
162_D-R6_Out 161_D-R7_Out 153_Load
A15 B15 C15
164_D-R4_Out 163_D-R5_Out VSS11
GNDD
A14 B14 C14
166_D-R2_Out 165_D-R3_Out VSS10
GNDD
A13 B13 C13
171_D-R0_Out 170_D-R1_Out VDD-IO_5
GNDD
A12 B12 C12
175_D-G6_Out 174_D-G7_Out VSS9
GNDD
A11 B11 C11
177_D-G4_Out 176_D-G5_Out VDD-IO_4
GNDD
A10 B10 C10
179_D-G2_Out 178_D-G3_Out VSS8
GNDD
A9 B9 C9
184_D-G0_Out 183_D-G1_Out
VDD-D_1
GNDD
A8 B8 C8
189_D-B6_Out 188_D-B7_Out VSS7
GNDD
A7 B7 C7
191_D-B4_Out 190_D-B5_Out VSS6
GNDD
A6 B6 C6
193_D-B2_Out 192_D-B3_Out VDD-IO_3
GNDD
A5 B5 C5
199_D-B0_Out 198_D-B1_Out VDD-IO_2
GNDD
A4 B4 C4
203_OSD_Clk_Out VSS4 VDD-IO_1
GNDD
GNDD
A3 B3 C3
204_OSD_H_Out VSS3 VSS5
GNDD
GNDD
A2 B2 C2
8_OSD_R1_D-Y1_IN
205_OSD_V_Out 10_OSD_R3_D-Y3_IN
A1 B1 C1
VSS1 7_OSD_R0_D-Y0_IN
GNDD 9_OSD_R2_D-Y2_IN
A B C
AVIC-Z110BT/XN/UC
2
3
E-a
6/6
The input level that DAC of the VIDEO DECODER inside permits is max 0.3Vpp.
Therefore, assume the analog signal level max 0.3Vpp when use VIDEO DECODER
by the setting of the default(AGC:OFF, PGA:0dB).
R4827
NM
1 4 4
GND1
2 3
GND2
2
X4902
CSS1699-A
(FCX-05)
24.576MHz
C4935
C4938
0.1u/10
0.1u/10
C4933
0.01u/16 C4937
C4931 0.01u/16
0.1u/10
GNDV
C4928
1 36
VRN PDN
0.1u/10 2 35
AIN3 RSTN
C4929
3 34
VRP OE
0.1u/10 4 33
AIN2 SELA
5
32
AVSS1 SCL
6 IC4903 31
AVDD1 AK8853VN PVDD2
7 30
AIN1 SDA
8
29
AVSS2 DVSS3
9 28
DVDD1 DVDD2
C4930 10 27
DVSS1 TEST1
0.1u/10
11 26
TEST0
NSIG
R4811 47 12 DATA0 25
DVALID_F
C4934
0.01u/16 GNDD
C4936
0.1u/10
D E F G H J
GNDD GNDD
D17 E17 F17 G17 H17 J17
152_Enable 145_STV1 140_Vcom1 132_Test-3 131_Test-2 122_A-Cb_IN
GNDAV
GNDD
D16 E16 F16 G16 H16 J16
151_STV2 147_CPV 141_Vcom2 133_Test-4 VSS41 130_Test-1
GNDD GNDD
D15 E15 F15 G15 H15 J15
GNDD
150_GOE 146_U/D 139_Moni VDD-IO_17 VSS40 VDD-D_19
C4820 C4819
0.01u/16 0.01u/16
GNDD
D14 E14 F14 G14 H14 J14
VSS17 VSS23 VSS31 VDD-IO_16 VSS39 VDD-D_18
GNDD GNDD GNDD
C4815 GNDD C4818
0.01u/16 0.01u/16
GNDD
D13 E13 F13 G13 H13 J13
VDD-D_17
VDD-IO_10 VDD-IO_12 VDD-IO_14 VDD-IO_15 VSS38
C4809 C4817
C4811 C4813 GNDD
0.01u/16 0.01u/16 0.01u/16
0.01u/16
GNDD GNDD GNDD
GNDD
D12 E12 F12 G12 H12 J12
VSS16 VDD-D_8 VDD-D_10 VDD-D_15 VSS37 VDD-D_16
GNDD
GNDD
C4810 C4812 C4814 GNDD
0.01u/16 0.01u/16 0.01u/16
C4816
GNDD
GNDD GNDD
0.01u/16
D11 E11 F11
VDD-IO_9 VDD-IO_11 VDD-IO_13
GNDD
GNDD
GNDD
D10 E10 F10
VSS15 VSS22 VSS30
GNDD GNDD GNDD
IC4901
D9 E9 F9
TC90192XBG
VDD-D_9
VDD-D_2 VDD-D_7
GNDD
GNDD GNDD
D8 E8 F8
VSS14 VSS21 VSS29
GNDD GNDD GNDD
D7 E7 F7 G7
VSS13 VDD-D_6 VSS28 VSS32
GNDD GNDD GNDD
GNDD
D6 E6 F6 G6 H6 J6
VDD-IO_8 VDD-D_5 VSS27 VDD-D_14 VSS36 VSS47
GNDD GNDD
C4847
GNDD
0.01u/16
GNDD
GNDD GNDD
D5 E5 F5 G5 H5 J5
VDD-IO_7 VDD-D_4 VSS26 VDD-D_13 VSS35 VSS46
GNDD GNDD
C4844 GNDD C4846
0.01u/16
0.01u/16
GNDD
GNDD
GNDD
D4 E4 F4 G4 H4 J4
VDD-IO_6 VDD-D_3 VSS25 VDD-D_12 VSS34 VSS45
GNDD GNDD
C4845 GNDD C4848
0.01u/16 0.01u/16
GNDD GNDD
GNDD
D3 E3 F3 G3 H3 J3
VSS12 VSS20 VSS24 VDD-D_11 VSS33 VSS44
GNDD GNDD GNDD GNDD GNDD
C4849
0.01u/16
GNDD
D2 E2 F2 G2 H2 J2
14_OSD_R5_D-Y5_IN VSS19 16_OSD_G1_D-Y7_IN 23_OSD_G5UV3_IN VSS43
GNDD GNDD
21_OSD_G3_UV1_IN
D1 E1 F1 G1 H1 J1
13_OSD_R4_D-Y4_IN VSS18 15_OSD_G0_D-Y6_IN 22_OSD_G4_UV2_IN VSS42
GNDD 20_OSD_G2_UV0_IN GNDD
D E F G H J
3
4
There is the pull up
resistance of I2C
in coordinate B7 of sheet 2.
VDEC_RST
GNDD
R4816 10k
X_SDA1
R4817 150
VDEC_RST X_SCL1
R4818 10k
X_VIP_PXD[0]
R4819
0 X_SCL1 X_VIP_PXD[1]
X_VIP_PXD[2]
R4814 X_SDA1
X_VIP_PXD[3]
0
C4940
X_VIP_PXD[4]
R4820
0.1u/10 NM
X_VIP_PXD[5]
R4821
X_VIP_PXD[6]
0
X_VIP_PXD[7]
R4815
X_VIP_PXD[0] X_VIP_PXCLK
47
X_VIP_HSYNC
X_VIP_DVALID_FID
X_VIP_VSYNC
NSIG
NSIG
K L M N P R
K17 L17 M17 N17 P17 R17
GNDD GNDD
120_A-Cr_IN 117_A-B_IN 115_A-R_IN 110_S-C_IN 105_Slice3_IN
GNDAV
GNDAV GNDAV GNDAV 106_C.Video_IN1
K16 L16 M16 N16 P16 R16
GNDD
121_A-Y_IN NC1 116_A-G_IN 111_S-Y_IN 108_C.Video_IN2
GNDAV
GNDAV GNDAV GNDAV 103_Slice2_IN
K15 L15 M15 N15 P15 R15
GNDAV
VDD-D_20 107_VDD_MADC1 123_MADC_VREFB GNDAV 100_DAC_BIAS1
GNDAV
124_MADC_BIAS
114_MADC_VREFT
C4821
GNDAV
0.01u/16
GNDAV C4825
0.1u/10
GNDD GNDAV
GNDD
K14 L14 M14 N14 P14 R14
113_VDD_MADC2
VSS50 112_VSS_MADC2 109_VSS_MADC1 99_DVSS NC5
C4824
GNDD
GNDD GNDD
0.1u/10
C4826
0.1u/10
GNDD
GNDAV
K13 L13 M13 N13 P13 R13
VSS49 119_VDD_MADC3 104_VSS_DSEP 97_DVDD 101_VDD_DSEP
118_VSS_MADC3 GNDD
GNDD
GNDD
GNDD
C4827
GNDAV
0.1u/10
K12 L12 M12 N12 P12 R12
VSS48 126_VDD_MADC4 NC2 NC3 NC4
125_VSS_MADC4
GNDD
M11 N11 P11 R11
GNDD
VDD-IO_24 VDD-IO_27 VDD-IO_29 88_C.Video_Sync
C4870 C4871 C4872
0.01u/16 0.01u/16 0.01u/16
GNDD GNDD GNDD
M10 N10 P10 R10
VDD-D_28 VDD-D_29 VDD-D_30 84_BIN0
C4867 C4868 C4869 GNDD
0.01u/16 0.01u/16 0.01u/16
GNDD GNDD GNDD
M9 N9 P9 R9
VDD-D_27 VSS58 VSS62 81_BIN3
C4866
GNDD
0.01u/16 GNDD
GNDD
M8 N8 P8 R8
VDD-IO_23 VDD-IO_26 VSS61 75_GIN0
C4864 C4865
GNDD
0.01u/16 0.01u/16
GNDD GNDD
M7 N7 P7 R7
VDD-IO_22 VDD-IO_25 VSS60 72_GIN3
C4862 C4863 GNDD
0.01u/16 0.01u/16
GNDD GNDD
K6 L6 M6 N6 P6 R6
VDD-IO_21 VSS52 VDD-D_26 VSS57 VSS59 66_RIN0
GNDD
C4855 GNDD C4861 GNDD
GNDD
0.01u/16 0.01u/16
GNDD
GNDD
K5 L5 M5 N5 P5 R5
VDD-IO_20 VSS51 VDD-D_25 VSS56 43_Test_Scan 63_RIN3
C4854 GNDD C4859 GNDD GNDD
0.01u/16
0.01u/16 R4933
GNDD GNDD
100k
K4 L4 M4 N4 P4 R4
GNDD
VDD-IO_19 VDD-D_22 VDD-D_24 VSS55 42_PS_IN
46_D-RGB_V_IN
C4853 C4852 C4858 GNDD
0.01u/16 0.01u/16 0.01u/16
GNDD
GNDD
GNDD
K3 L3 M3 N3 P3 R3
VDD-IO_18 VDD-D_21 VDD-D_23 VSS54 VDD-IO_28 VDD-IO_30
C4850 C4851 C4856 GNDD C4857 C4860
0.01u/16 0.01u/16 0.01u/16
0.01u/16 0.01u/16
GNDD GNDD GNDD GNDD
K2 L2 M2 N2 P2 R2
26_OSD_B1_UV5_IN 34_OSD_B5_V_IN VSS53 38_OSD_BLK-H VSS63
GNDD GNDD
28_OSD_B3_UV7_IN
GNDD
K1 L1 M1 N1 P1 R1
25_OSD_B0_UV4_IN 33_OSD_B4_H_IN 37_OSD_BLK-L 48_Mute_IN
27_OSD_B2_UV6_IN 36_D-YUV_Clk_IN
K L M N P R
4
E
2/6
VDEC_RST
X_SDA1
X_SCL1
X_VIP_PXD[0]
X_VIP_PXD[1]
X_VIP_PXD[2]
X_VIP_PXD[3]
X_VIP_PXD[4]
X_VIP_PXD[5]
X_VIP_PXD[6]
X_VIP_PXD[7]
X_VIP_PXCLK 27MHz
X_VIP_HSYNC
X_VIP_DVALID_FID
X_VIP_VSYNC
C4918
R4921 AVSEL
0.47u/6.3
0
GNDV
T U
T17 U17
VSS68
102_Slice1_IN GNDD
T16 U16
VSS66 98_DAC_OUT
GNDD
T15 U15
95_PLL_FILTER 94_PLL_IN
GNDD
GNDD
T14 U14
96_VSS_PLL 92_VSS_XTAL
T13 U13
NC7 91_X'TAL_OUT
T12 U12
93_VDD_PLL 90_X'TAL_IN
T11 U11
NC6 89_VDD_XTAL
T10 U10
83_BIN1 82_BIN2
T9 U9
80_BIN4 79_BIN5
T8 U8
74_GIN1 73_GIN2
T7 U7
71_GIN4 70_GIN5
T6 U6
65_RIN1 64_RIN2
T5 U5
62_RIN4 61_RIN5
T4 U4
45_D-RGB_H_IN
58_D-RGB_Clk_IN
T3 U3
VSS65 56_I2C_Data_IN
GNDD
GNDD
T2 U2
VSS64 55_I2C_Clk_IN
GNDD
T1 U1
49_Reset_IN VSS67
GNDD
GNDD
T U