Philips 43PUD7406/43 Service Manual page 86

9-7-17 BE-NT333a-Vx1
N T 3 3 3 V x 1 I N P U T
C900 100NF 16V VB1_RX0N
8 VBY 1_R0N
C901 100NF 16V VB1_RX0P
8 VBY 1_R0P
C902 100NF 16V
VB1_RX1N
8 VBY 1_R1N
C903 100NF 16V
VB1_RX1P
8 VBY 1_R1P
C904 100NF 16V
VB1_RX2N
8 VBY 1_R2N
C905 100NF 16V VB1_RX2P
8 VBY 1_R2P
C906 100NF 16V VB1_RX3N
8 VBY 1_R3N
C907 100NF 16V
VB1_RX3P
8 VBY 1_R3P
C908 100NF 16V VB1_RX4N
8 VBY 1_R4N
C909 100NF 16V VB1_RX4P
8 VBY 1_R4P
C910 100NF 16V VB1_RX5N
8 VBY 1_R5N
C911 100NF 16V
VB1_RX5P
8 VBY 1_R5P
C912 100NF 16V VB1_RX6N
8 VBY 1_R6N
C913 100NF 16V VB1_RX6P
8 VBY 1_R6P
C914 100NF 16V VB1_RX7N
8 VBY 1_R7N
C915 100NF 16V
VB1_RX7P
8 VBY 1_R7P
+3V3-NT
R357
HTPDN
10K 5%
R358
LOCKN 10K 5%
+3V3-NT
F R C - L O C K n
LOCKN 1
R352 100K 5% Q301
LBC857BWT1G
R353
5K1 5%
LED301
LED
U3100C
VB1_RX0N N1
VRX0N
VB1_RX0P N2
N3 VRX0P
VB1_RX1N
VRX1N
N4
VB1_RX1P
VRX1P
P3
VB1_RX2N
VRX2N
VB1_RX2P P4
VRX2P
VB1_RX3N R1
VRX3N
R2
VB1_RX3P
VRX3P
T3
VB1_RX4N
VRX4N
VB1_RX4P T4
VRX4P
VB1_RX5N U1
VRX5N
VB1_RX5P U2
VRX5P
U3
VB1_RX6N
VRX6N
VB1_RX6P U4
VRX6P
VB1_RX7N V3
VRX7N
VB1_RX7P V4
VRX7P
AA7
HTPDN R5184 100R 1/16W 1%
GPC_8/VRXHTP_A
LOCKN AA6
R5186 100R 1/16W 1%
GPC_9/VRXLOCK_A
VRX_HTPD_BN AA9
TP4131
GPC_10_VRXHTP_B
AA8
TP4132 VRX_LOCK_BN
GPC_11_VRXLOCK_B
R5
R5185
VBORX_REXT
12K 1% 1/16W
NT72333TBG-BA/D
U3100B
AD6
RXC0N RXA0N
AC6
RXC0P RXA0P
AD7
RXC1N RXA1N
AC7
RXC1P RXA1P
AF8
RXC2N RXA2N
AE8
RXC2P RXA2P
AD8
RXCCKN RXACKN
AC8
RXCCKP RXACKP
AD9
AC9 RXC3N RXA3N
RXC3P RXA3P
AF10
RXC4N RXA4N
AE10
RXC4P RXA4P
AD10
RXD0N RXB0N
AC10
RXD0P RXB0P
AD11
RXD1N RXB1N
AC11
RXD1P RXB1P
AF12
RXD2N RXB2N
AE12
RXD2P RXB2P
AD12
RXDCKN RXBCKN
AC12
RXDCKP RXBCKP
AD13
RXD3N RXB3N
AC13
RXD3P RXB3P
AF14
RXD4N RXB4N
AE14
RXD4P RXB4P
AA14
LVDSRX_TST
NT72333TBG-BA/D
N T 7 2 3 3 3 V - B Y - 1 O U T P U T
F o r V x 1 T X L a y o u t :
1. Trace length difference require < 100mil under same group.(VTX Lane0-7)
2. Each P/N pair length difference require < 10mil if possible.
3. Layout need 100 ohm impedance matching with GND guard trace.
Note: Trace length difference need fine tune with IC substract trace
included.
+2V5-NT
R478
R477
10K 5%
10K 5%
Y 3
Y 4
AA1
AA2
AA3
AA4
VBY LOCKn
AB3
VBY HTPDn
AB4
AD1
AC1
AF2
AE2
AD2
AC2
AD3
AC3
AF4
AE4
AD4
AC4
AD5
AC5
AF6
AE6
U3100D
D4
ML1OUT0_N ML2OUT0_N
C4
ML1OUT0_P ML2OUT0_P
B4
ML1OUT1_N ML2OUT1_N
A4
ML1OUT1_P ML2OUT1_P
D5
C5 ML1OUT2_N ML2OUT2_N
ML1OUT2_P ML2OUT2_P
D6
ML1OUT3_N ML2OUT3_N
C6
ML1OUT3_P ML2OUT3_P
B6
ML1OUT4_N ML2OUT4_N
A6
ML1OUT4_P ML2OUT4_P
D7
ML1OUT5_N ML2OUT5_N
C7
ML1OUT5_P ML2OUT5_P
D8
ML1OUT6_N ML2OUT6_N
C8
B8 ML1OUT6_P ML2OUT6_P
ML1OUT7_N ML2OUT7_N
A8
ML1OUT7_P ML2OUT7_P
VX1_0N D9
ML1OUT8_N_LANE0 ML2OUT8_N
VX1_0P C9
ML1OUT8_P_LANE0 ML2OUT8_P
D10
VX1_1N
ML1OUT9_N_LANE1 ML2OUT9_N
C10
VX1_1P
ML1OUT9_P_LANE1 ML2OUT9_P
VX1_2N B10
ML1OUT10_N_LANE2 ML2OUT10_N
VX1_2P A10
ML1OUT10_P_LANE2 ML2OUT10_P
D11
VX1_3N
ML1OUT11_N_LANE3 ML2OUT11_N
C11
VX1_3P
ML1OUT11_P_LANE3 ML2OUT11_P
VX1_4N D12
ML1OUT12_N_LANE4 ML2OUT12_N
VX1_4P C12
B12 ML1OUT12_P_LANE4 ML2OUT12_P
VX1_5N
ML1OUT13_N_LANE5 ML2OUT13_N
A12
VX1_5P
ML1OUT13_P_LANE5 ML2OUT13_P
D13
VX1_6N
ML1OUT14_N_LANE6 ML2OUT14_N
VX1_6P C13
ML1OUT14_P_LANE6 ML2OUT14_P
VX1_7N D14
ML1OUT15_N_LANE7 ML2OUT15_N
C14
VX1_7P
ML1OUT15_P_LANE7 ML2OUT15_P
R490 100R
F8
VBOTX_LOCKN
R491 F9
100R
VBOTX_HTPDN
F10
VBOTX_EXT_SWING
F11
VBOTX_TEST_OUT
R7652 NT72333TBG-BA/D
12K 1% 1/16W
B14
A14
D15
C15
D16
C16
B16
A16
D17 HTPDN
HTPDN 8
C17 LOCKN
LOCKN 8
D18
C18
B18
A18
D19
C19
D20
C20
B20
A20
D21
VX1_0N 13
C21
VX1_0P 13
D22
VX1_1N 13
C22
VX1_1P 13
B22
VX1_2N 13
A22
VX1_2P 13
D23
VX1_3N 13
C23
VX1_3P 13
D24
VX1_4N 13
C24
VX1_4P 13
B24
VX1_5N 13
A24
VX1_5P 13
VX1_6N 13
VX1_6P 13
VX1_7N 13
VX1_7P 13
VBY LOCKn 13
VBY HTPDn 13