Panasonic KX-NTV150NE Service Manual ▷ View online
29
KX-NTV150 Series
5
5
4
4
3
3
2
2
1
1
D
D
C
C
B
B
A
A
I2C0 can be also assigned to multiplex pins
GPIO0_DATA[13]/VIC1_HSYNC (ball A11) and
GPIO0_DATA[14]/VIC1_VSYNC (ball B11),
Only one of VIC1 and MIPI interfaces can be used at the
same time, since they are mux internally in SOC.
Voltage level of VIC1 signals are determined by VIC1_VDDIO_SENSOR (VDDIO_GPIO)
VDDIO_SD_1 setting:
VIC1
MIPI
Call Button
GND Guard
Z = 100ohm
Max. 300mA
20mil
MAIN BOARD TO SENSOR BOARD
MSHC0_WP
MIPI_DATA1_N
MIPI_DATA0_P
MIPI_DATA0_N
MIPI_DATA1_P
MIPI_CLK_P
MIPI_CLK_N
CMOS_RST
VIC1_CTRL2
VIC1_CTRL1
AMP_EN
AMP_EN
VIC1_CTRL1
VIC1_CTRL2
0
R0402
I
2C1_SDA
I2C1_SCL
CMOS_RST
VDDA12_MIPI
WPS_CON/Call_CON
IS_1V8
MIPI_CLK_P
MIPI_CLK_N
MIPI_DATA1_P
MIPI_DATA1_N
MIPI_DATA0_P
MIPI_DATA0_N
WPS_CON/Call_CON
WIFI_PW_On/Off
WIFI_PW_On/Off
GND
GND
VDDC_1V2
DOVDD_1V8
GND
GND
GND
3V3
3V3
3V3
GND
3V3
DVDD_1V5
GND
DVDD_1V5
IS_1V8
DOVDD_1V8
GND
MSHC0_WP
CMOS_RST
VIC1_CTRL1
VIC1_CTRL2
AMP_EN
9
WIFI_PW_On/Off
J1
WAFER,MALE,2x10x1mm
consmd2x10_1mm_m-H390
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
C192
10uF,6.3V
C0402
C303
22uF,4V
C0603
GPIO
U1L
Rossini_SiP_BGA
D17
B15
C16
D16
C17
B16
B17
GPIO0_DATA[0]/VIC1_DATA[0]
GPIO0_DATA[1]/VIC1_DATA[1]
GPIO0_DATA[2]/VIC1_DATA[2]
GPIO0_DATA[3]/VIC1_DATA[3]
GPIO0_DATA[4]/VIC1_DATA[4]
GPIO0_DATA[5]/VIC1_DATA[5]
GPIO0_DATA[6]/VIC1_DATA[6]
GPIO0_DATA[7]/VIC1_DATA[7]
A16
A15
C15
B14
A14
B13
A13
GPIO0_DATA[8]/VIC1_CLK/AGPO_DATA[0]
GPIO0_DATA[9]/VIC1_DATA[8]/AGPO_DATA[1]
GPIO0_DATA[10]/VIC1_DATA[9]/AGPO_DATA[2]
GPIO0_DATA[11]/VIC1_DATA[10]/AGPO_DATA[3]
GPIO0_DATA[12]/VIC1_DATA[11]/AGPO_DATA[4]
GPIO0_DATA[13]/VIC1_HSYNC/AGPO_DATA[5]/I2C0_SCL
GPIO0_DATA[14]/VIC1_VSYNC/AGPO_DATA[6]//I2C0_SDA
GPIO0_DATA[15]/AGPO_DATA[7]/MSHC0_WP
C13
C14
VDDIO_GPIO
D13
VDDIO_GPIO
D14
xx_C206
22uF,4V
C0603
C234
1uF,6.3V
C0402
L25
L0402
TP9
C235
22uF,4V
C0603
S4S4
TS-A52B-0-S017
SWITCH_TS-A52B-S017
1
4
2
3
C191
0.1uF,6.3V
C0201
R51
0
R0603
U19
XC6228H1519R-GX
USPQ-4B04-XC6233
VIN
4
CE
3
PGND
5
VSS
2
VOUT
1
TP63
EBMS100505A601T04,ENGYA-600R,400MA
C203
22uF,4V
C0603
R156
R0603
0
R29
10K
R0402
R183
0
R0402
R182
C190
0.1uF,6.3V
C0201
R37
4.7K, 1%
R0201
C189
0.1uF,6.3V
C0201
R162
R0603
0
MIPI RX
U1T
Rossini_SiP_BGA
MIPI_RX_CLK_P
E16
MIPI_RX_CLK_M
E17
MIPI_RX_DATA0_P
D18
MIPI_RX_DATA0_M
D19
MIPI_RX_DATA1_P
E18
MIPI_RX_DATA1_M
E19
VDDA12_MIPI
F16
KX-NTV150 Main Board No.12
30
KX-NTV150 Series
IR LED Driver
5
5
4
4
3
3
2
2
1
1
D
D
C
C
B
B
A
A
VOC
3-wire
I80_DATA[7:0]
I80_TE
I80_CS
I80_DCX
I80_RD
I80_WD
Not use
VOC
VOC_DATA[7:0]
VOC_O_DATA[8]
VOC_O_DATA[9]
VOC_O_DATA[10]
VOC_O_DATA[11]
VOC_O_DATA[12]
VOC_O_DATA[13]
CS
CLK
Not use
DATA
Not use
Not use
RGB666
I80 and 3;>ire mapping table:
I80
UART0_TXD
UART0_RXD
UART1_TXD
UART1_RXD
UART2_TXD
UART2_RXD
UART3_TXD
UART3_RXD
VOC_D23
VOC_D22
VOC_D21
VOC_D20
VOC_D19
VOC_D18
VOC_D17
VOC_D16
Multiplexed Signals
SOC can support two interfaces to LCD panel
1.
8;bit I80 mode
2.
3;>ire + RGB666
VOC_I_CLK (R4) is a VOC PLL clock source input option.
If VOC_I_CLK (R4) is not used, please connect it to ground directly.
Status Led
10mA
40mA
NTV150 does not mount this circuit.
NTV150 does not mount
this circuit.
IR_LED_CTL
GPIO_LED_G
GPIO_LED_R
GPIO_LED_B
GPIO_LED_B
SOC_DO1
SOC_DI1
SOC_DI1
SOC_DO1
LX
LEDOUT
LEDBAC
LEDBAC
LEDOUT
GPIO_LED_R
GPIO_LED_G
IR_LED_CTL
IR_LED_CTL
GND
GND
GND
GND
GND
5V_9V
5V
9V
GND
5V_9V
GPIO_LED_B
SOC_DO1
SOC_DI1
U5
xx_AN_SY8702
TSOT23-6
IN
5
TM
3
GND
2
EN
4
LX
1
SEN
6
R158
xx_2.49,1%
R0603
R0402
1K R34
D6
xx_LMBR1100ET1G
SOD-323-L
1
2
C151
xx_4.7uF,16V
C0805
LD1
xx_LED_334-15-X2C5-1PSA
LED_334-15-X2C5-1PSA
1
2
B
G
R
++
D5
Blue LED,PO-TS0440BCZ-041
led_po-tt6720afcn-034
1
2
3
4
C152
xx_4.7uF,16V
C0805
LX2
xx_10uH/0.65A/0.54ohm
CHOKE-PMLT25201B
R155
xx_0x
R0402
Q12
HBN2412S6R
SOT-363
1
2
3
4
5
6
R7
2.4K,1%
R0603
LD2
xx_LED_334-15-X2C5-1PSA
LED_334-15-X2C5-1PSA
1
2
C4
xx_0.1uF,16V
C0402
D20
BAT54C
1
2
3
R21
1K
R0402
R35
1K
R0402
R23
5.1K,1%
R0603
R623
1.69K,1%
R0603
R36
2.4K,1%
R0603
Q14
HBN2412S6R
SOT-363
1
2
3
4
5
6
C8
xx_0.1uF,16Vx
C0402
R138
xx_0
R0402
VOCVOC
U1P
Rossini_SiP_BGA
V4
V5
U6
VOC_DATA[0]/GPIO1_DATA[24]
VOC_DATA[1]/GPIO1_DATA[25]
VOC_DATA[2]/GPIO1_DATA[26]
VOC_DATA[3]/GPIO1_DATA[27]
U5
W4
VOC_DATA[4]/GPIO1_DATA[28]
VOC_DATA[5]/GPIO1_DATA[29]
W5
VOC_DATA[6]/GPIO1_DATA[30]
V6
U7
V8
V7
W8
W9
U8
W7
VOC_I_CLK/GPIO1_DATA[20]
U3
VOC_DATA[7]/GPIO1_DATA[31]
VOC_DATA[8]/GPIO2_DATA[0]/AGPO_DATA[0]
VOC_DATA[9]/GPIO2_DATA[1]/AGPO_DATA[1]
VOC_DATA[10]/GPIO2_DATA[2]/AGPO_DATA[2]
VOC_DATA[11]/GPIO2_DATA[3]/AGPO_DATA[3]
VOC_DATA[12]/GPIO2_DATA[4]/AGPO_DATA[4]
VOC_DATA[13]/GPIO2_DATA[5]/AGPO_DATA[5]
VOC_DATA[14]/GPIO2_DATA[6]/AGPO_DATA[6]
VOC_DATA[15]/GPIO2_DATA[7]/AGPO_DATA[7]
U9
VOC_PCLK/GPIO2_DATA[8]
W6
W3
V3
VOC_HSYNC/GPIO1_DATA[23]
VOC_VSYNC/GPIO1_DATA[22]
VOC_BLANK/GPIO1_DATA[21]
U4
V9
TP60
KX-NTV150 Main Board No.13
31
KX-NTV150 Series
5
5
4
4
3
3
2
2
1
1
D
D
C
C
B
B
A
A
HDMI
Video DAC
External resistance value on VDAC_REFRES pin should be 1kOhm,+/-1%
if VDAC wants to operate in
34mA mode and 2kOhm,+/-1%
in 17mA mode
VDDA_VDAC_12
VDDA_VDAC_33
GPIO1_D17_RST
VDDA_VDAC_12
VDDA_VDAC_33
GPIO1_D17_RST
VDDA_LDO25
VDDC_1V2
GND
GND
BG_3V3
LDO25C_3V3
GND
GND
VDDIO_3V3
VDDIO_3V3
VDDIO_3V3
LDO25C_3V3
BG_3V3
GND
GND
VDDC_1V2
GND
GPIO1_D17_RST
L37
L0402
EBMS100505A601T04,ENGYA-600R,400MA
C141
10uF,6.3V
C0402
C194
0.1uF,6.3V
C0201
EBMS100505A601T04,ENGYA-600R,400
L35
C197
0.1uF,6.3V
C0201
C142
10uF,6.3V
C0402
C195
0.1uF,6.3V
C0201
Video-DAC
U1R
Rossini_SiP_BGA
VDAC_OUT
K1
VDAC_TP
K3
VDAC_REFRES
K2
VDDA_VDAC_12
L3
VDDA_VDAC_33
M4
VDDA_BG_33
N4
VDDA_LDO25C_33
N3
VDDA_LDO25C_VREG
P3
HDMI TX
U1NU1N
Rossini_SiP_BGA
HDMI_TX_CLK_P
N2
HDMI_TX_CLK_M
N1
HDMI_TX_DATA0_P
P2
HDMI_TX_DATA0_M
P1
HDMI_TX_DATA1_P
R2
HDMI_TX_DATA1_M
R1
HDMI_TX_RESREF
M2
VDDA12_HDMI
P4
HDMI_TX_DATA2_P
T2
HDMI_TX_DATA2_M
T1
L1
HDMI_TX_DDC_SCL/GPIO1_DATA[17]/UART2_RXD_i
HDMI_TX_DDC_SDA/GPIO1_DATA[18]/UART2_TXD_o
L2
HDMI_TX_HPD
M1
HDMI_TX_CEC/GPIO1_DATA[19]/MSHC0_WP
M3
L36
L0402
EBMS100505A601T04,ENGYA-600R,400MA
C196
0.1uF,6.3V
C0201
EBMS100505A601T04,ENGYA-600R,400MA
L34
L0402
C180
0.1uF,6.3V
C0201
KX-NTV150 Main Board No.14
32
KX-NTV150 Series
9.3.
Sensor Board
A
A
B
B
C
C
D
D
E
E
4
4
3
3
2
2
1
1
R11, R12 only
install one.
SENSOR BOARD TO MAIN BOARD
Min. 20mil
Min. 40mil
MIPI traces should have same lenght
and with 100ohm impedance control
Reset
MIPI traces should have same lenght
and with 100ohm impedance control
XCLK pad is next to MIPI
data pad, please separate
them in the layout and
avoid parallel traces.
GND Guard
Z = 100ohm
20mil
Vout=1.204(1+R105/R106)
65mA
CLOCK-Gen.
Upper limit
△
△△
△
Power sequence:
AVDD2V8>>DOVDD1V8>>DVDD1V5 (T=> 0 ms)
5 mA
90mA
AVDD(2.8V) DVDD1.5V
Current consumption of the OV5658(Image sensor)
Standard
DOVDD1.8V
55mA
65mA
110mA
10mA
Vout=1.2(1+R501/R500)
I(out)=300mA
MAX:10mA
15mil
20mil
Power-On Sequence
AVDD_2V8>>DOVDD_1V8>>DVDD_1
V5
GND
3V3
AVDD_2V8
DVDD_1V5
DOVDD_1V8
STROBE
FREX
FSIN
TM
SID
DVDD_1V5
PWDNB
VH
VN0
XSHUT
CMOS_RST
MDP1
MDN1
FREX
FSIN
PWDNB
SIOC
TM
MCP
MCN
XSHUT
SIOD
STROBE
XCLK
VH
SID
MDP0
MDN0
VN0
I2C1_SDA
I2C1_SCL
SIOC
SIOD
CMOS_RST
XCLK
MDP1
MDP0
MDN1
MDN0
MCP
MCN
DVDD_1V5
AGND
AVDD_2V8
GND
DOVDD_1V8
GND
EVDD
DOVDD_1V8
GND
GND
DOVDD_1V8
GND
AGND
AVDD_2V8
GND
EVDD
3V3
DVDD_1V5
AGND
GND
GND
DOVDD_1V8
GND
AVDD_2V8
GND
AGND
GND
DOVDD_1V8
DOVDD_1V8
DVDD_1V5
AVDD_2V8
GND
GND
AGND
EVDD
3V3
DOVDD_1V8
GND
GND
AVDD_2V8
3V3
AGND
GND
DOVDD_1V8
GND
GND
GND
GND
GND
DOVDD_1V8
3V3
GND
GND
GND
DVDD_1V5
DVDD_1V5
GND
C200
xx_1NF,50V
C0603
C197
xx_1NF,50V
C0603
C194 0.1uF,6.3V
C0201
R2
100K1
R0402
C182
C0201
C181
C0201
R26
0
R0603
H6
Mount_hole
C43D43N
H
1
C180
C0201
C214
xx_1NF,50V
C0603
H4
Mount_hole
C51D51N
H
1
R11 XX_10K
R0402
C59
1uF,10V
C0603
C185
C0201
R22
0
R0402
C179
C0201
U6
Q_SOT23-5
Vin
1
Vout
5
GND
2
ADJ
4
EN
3
C192
0.1uF,6.3V
C0201
C205
xx_1NF,50V
C0603
C119
10uF,6.3V
C0402
C292
0.1uF,16V
C0402
R27
0
R0603
C178
C0201
C116
10uF,6.3V
C0402
GN
DG
ND
C188
C0201
C202
xx_1NF,50V
C0603
R3
10K
R0402
C177
0.1uF, 6.3V
0.1uF, 6.3V
0.1uF, 6.3V
0.1uF, 6.3V
0.1uF, 6.3V
0.1uF, 6.3V
0.1uF, 6.3V
C0201
C207 22uF,4V
C0603
H3
MOUNT_HOLE
C236D146-V8
2
3
4
5
6
7
8
9
1
C37
xx_0.1uF,16Vx
C0402
C36
0.1uF,16V
C0402
C189
C0201
C175
C0201
D1V
8D1
V8
C195 0.1uF,6.3V
C0201
R500
300K,1%
R0402
U1U1
OV5658CSP_BSIOV5658CSP_BSI
MCN
H5
EGND
K5
MDP1
J5
MDN1
J4
MDP3
H4
MDN3
H3
EVDD
J3
DVDD
K3
AVDD
J1
DOGND
J2
AGND
H1
DOGND
C3
DVDD
A3
AVDD
B2
AGND
C1
AVDD
B1
AGND
B3
DOVDD
K2
PWDNB
C4
XSHUT
A4
STROBE
FREX
B4
FSIN/VSYNC
C5
A5
DOVDD
B5
TM
C6
SIOD
A6
SIOC
B6
SID
C7
DOGND
A7
DVDD
B7
AGND
B8
DOGND
C10
DVDD
B10
AVDD
B9
VH
A8
VN0
C8
EGND
K8
DOVDD
J8
XVCLK
H9
DVDD
H10
DOGND
J9
DOGND
K9
MDP2
H8
MDN2
H7
MDP0
J7
MDN0
J6
EVDD
K6
MCP
H6
AVDD
C9
DVDD
J10
AVDD
A2
AGND
A9
NC
A1
NC
A10
NC
C2
NC
D1
NC
E1
NC
F1
NC
G1
NC
D10
NC
E10
NC
F10
NC
G10
NC
H2
NC
K1
NC
K10
C190
C0201
R159
xx_44.2K,1%
R0402
R262
R0603
0
R560
R0603
0
U10
Q_SOT23-5
Vin
1
Vout
5
GND
2
ADJ
4
EN
3
C60
1uF,10V
C0603
C63
XX_1uF,10V
C0603
C186
C0201
TP3
TP3
J1
WAFER,FMALE,2x10x1mm
CONSMD2X10_1MM_F
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
D1V
5D1
V5
R5
100K
R0402
C62
1uF,10V
C0603
C32
0.1uF,16V
C0402
H10
MOUNT_HOLE
C177D73-v8
2
3
4
5
6
7
8
9
1
R40
0
R0402
C303
22uF,4V
C0603
C199
xx_1NF,50V
C0603
C213
xx_1NF,50V
C0603
C183
C0201
R501
150K,1%
R0402
R37
0
R0402
R19
0
R0402
3V3
3V3
R13
1K
R0402
C204
xx_1NF,50V
C0603
H7
Mount_hole
C43D43N
H
1
C26
47U,6.3V
C0805
R229
4.7K
R0402
C176
C0201
R28
0
R0603
C191
C0201
C193
0.1uF,6.3V
C0201
C58
0.1uF,16V
C0402
C210 22uF,4V
C0603
C209
22uF,4V
C0603
C211
22uF,4V
C0603
C201
xx_1NF,50V
C0603
R41
0
R0402
C187
C0201
TP2
TP2
C198
0.1uF,6.3V
C0201
C118
10uF,6.3V
C0402
C215
xx_1NF,50V
C0603
H11
MOUNT_HOLE
C177D73-v8
2
3
4
5
6
7
8
9
1
R12
10K
R0402
R162
xx_33.2K,1%
R0402
C196
0.1uF,6.3V
C0201
H5
MOUNT_HOLE
C236D146-V8
2
3
4
5
6
7
8
9
1
TP4
TP4
A2V
8A2
V8
C117
10uF,6.3V
C0402
C206
xx_1NF,50V
C0603
C203
xx_1NF,50V
C0603
C184
C0201
C61
1uF,10V
C0603
H12
MOUNT_HOLE
C236D146-V8
2
3
4
5
6
7
8
9
1
C208 22uF,4V
C0603
C596
0.1uF,16V
C0402
C34
47U,6.3V
C0805
C597
10uF,6.3V
C0603
X1
24MHz
OSC_32x25
VCC
4
NC
1
OUT
3
GND
2
0.1uF, 6.3V
0.1uF, 6.3V
0.1uF, 6.3V
0.1uF, 6.3V
0.1uF, 6.3V
0.1uF, 6.3V
0.1uF, 6.3V
0.1uF, 6.3V
0.1uF, 6.3V
0.1uF, 6.3V
KX-NTV150 Sensor Board
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