Ecler MIMO4040CDN User manual

MIMO4040CDN
MIMO7272DN
SERVICE MANUAL

SERVICE MANUAL MIMO4040CDN, MIMO7272DN
INDEX
- BLOCK DIAGRAM
- SCHEMATICS
- COMPONENTS LOCATION SCHEMA
- TECHNICAL CHARACTERISTICS
- WIRING DIAGRAM
- MECHANICAL DIAGRAM
- PACKING DIAGRAM

drawn: date: 201119 project: M10-20 product: MIMO4040CDN
number: 10.1270 version: 01.00
approved:
C. March
title: BLOCK DIAGRAM
MUTE
MUTE MUTE
VOL VOL
PHASE PHASE
INPUT
SWITCH
INTERNAL
SIGNAL
GENERATOR
VU VU GR GR
DAC
ADC
DAC
DAC
VOL
±10dB
GAIN
RELAY
RELAY
RELAY
ANALOG
ANALOG
IN
PAD
0/-20/-40dB
PHANTOM
42V
MONITOR 1
MONITOR 2
PHONES
IN 1
IN 8
EQ EQDELAY DELAYGATE
MONITOR
PHONES
COMPRESSOR COMPRESSOR
LIMITER
AUTOMATIC
MIXER
DUCKER
8x8 ANALOG MATRIX
+
32x32 DIGITAL MATRIX
ETHERNET
CONTROL
GPI 1
GPI 8
GPO 8
0-10V
TTL
GPO 1
OUT 1
OUT 8
RS232
FREQUENCY
SHIFTER
VU
GAIN
0 ... 6 dB
VUVUVU
FD
LEDS
AEC
RTC
FEEDBACK
KILLER
TRANSMITTERS DANTE
CHANNELS
RECEIVERS DANTE
CHANNELS
PRIMARY SECONDARY
DANTE CONNECTIONS

drawn: date: 201120 project: M10-20 product: MIMO7272DN
number: 10.1271 version: 01.00
approved:
C. March
title: BLOCK DIAGRAM
MUTE
MUTE MUTE
VOL VOL
PHASE PHASE
INPUT
SWITCH
INTERNAL
SIGNAL
GENERATOR
VU VU GR GR
DAC
ADC
DAC
DAC
VOL
±10dB
GAIN
RELAY
RELAY
RELAY
ANALOG
ANALOG
IN
PAD
0/-20/-40dB
PHANTOM
42V
MONITOR 1
MONITOR 2
PHONES
IN 1
IN 8
EQ EQDELAY DELAYGATE
MONITOR
PHONES
COMPRESSOR COMPRESSOR
LIMITER
PAGER
DUCKER
8x8 ANALOG MATRIX
+
56x56 DIGITAL MATRIX
ETHERNET
CONTROL
GPI 1
GPI 8 GPO 8
0-10V
TTL
GPO 1
RTC
OUT 1
OUT 8
RS232
FREQUENCY
SHIFTER
VU
GAIN
0 ... 6 dB
VUVUVU
FD
LEDS
TRANSMITTERS DANTE
CHANNELS
RECEIVERS DANTE
CHANNELS
PRIMARY SECONDARY
DANTE CONNECTIONS

number: version:
drawn by:
project n:
product n:
page:
date: approved:
title:
T Lozano
M41-16 M10-20
1
210205 Mingo Mele
04.0610.1163 DANTE
of 9
P5_VDDO 40
XTAL_OUT 35
P5_CRS/MDC_PHY/GPIO[8] 53
P5_COL/MDIO_PHY/GPIO[7] 52
MDC_CPU 55
MDIO_CPU 54
P5_VDDO 47
XTAL_IN 34
NC/TSTPT 31
NC/HSDAC_P 30
VDD_CORE 38
INTn 56
VDD33_PLL 57
P6_OUTCLK/P6_TXC 75
P6_VDDO 74
GPIO[3]/P0_SMODE 68
VSS/TEST 66
P6_VDDO
82
P6_OUTD[0]/P6_MODE[0] 72
VOUT11 63
P6_OUTD[2]/P6_MODE[2] 70
P6_OUTD[3]/P6_VDDOS[1] 69
VDD33 58
P6_IND[2] 80 P6_IND[1] 79
P6_OUTEN/P6_VDDOS[0] 73
VDD_CORE 65
VOUT15_SEN 61
EE_DOUT/C1_LED/P4_LED0
97
P6_CRS/P2_INDV/GPIO[10]
91
P6_IND[4]/P2_IND[0]/GPIO[11]
92
P6_OUTD[7]/P2_OUTD[3]/ADDR[4]n
83
P6_OUTD[5]/P2_OUTD[1]/ADDR[2]n
85
P0_S_RXN
108
VDD_CORE
96 P6_IND[7]/P2_IND[3]/GPIO[14]
95 P6_IND[6]/P2_IND[2]/GPIO[13]
94 P6_IND[5]/P2_IND[1]/GPIO[12]
93
P6_OUTD[6]/P2_OUTD[2]/ADDR[3]n
84
VOUT11_SEN 62
P3_MDIN[0]
8P3_MDIP[0] 7
P3_MDIP[2]
13
P3_MDIN[2]
14
P3_MDIP[3]
15
P3_MDIN[3]
16
VSS
6
NC/SE_SCLK 32
EE_CLK/C0_LED/FLOW
98
EE_VDDO
99
RESETn
103
R1_LED/P1_LED0/LED_SEL[1]
101
R0_LED/P0_LED0/LED_SEL[0]
102
P0_S_TXP
104
P0_S_TXN
105
P0_AVDD15
106
P0_S_RXP
107
R2_LED/P2_LED0/NO_CPU
100
P6_COL/P2_INCLK/GPIO[9]
90
P6_OUTD[4]/P2_OUTD[0]/ADDR[1]n
86
P2_OUTEN/EEE_WP
87
P6_GTXCLK/P2_TXC/ADDR[0]n
88
P6_VDDO
89
P6_INCLK 76
P6_INDV 77
P6_IND[0] 78 P6_IND[3] 81
P6_OUTD[1]/P6_MODE[1] 71
GPIO[4]/P1_SMODE 67
CBOT 64
VOUT15 60
CTOP 59
P5_IND[3]/GPIO[6] 51
P5_IND[2]/GPIO[5] 50
P5_IND[1] 49
P5_IND[0] 48
P5_INDV/GPIO[2] 46
P5_INCLK/GPIO[1] 45
P5_OUTCLK/P5_TXC/GPIO[0] 44
P5_OUTEN/P5_VDDOS[0] 43
P5_OUTD[0]/P5_MODE[0] 42
P5_OUTD[1]/P5_MODE[1] 41
P5_OUTD[2]/P5_MODE[2] 39
P5_OUTD[3]/P5_VDDOS[1] 37
XTAL_GND 36
AVDD15 33
NC/HSDAC_N 29
RSET 28
P1_S_TXP
1
P1_S_TXN
2
P1_AVDD15
3
P1_S_RXP
4
P1_S_RXN
5
P3_AVDD15
9
P3_MDIP[1]
10
P3_MDIN[1]
11
P3_AVDD33
12
P4_MDIP[0]
17
P4_MDIN[0]
18
P4_AVDD15
19
P4_MDIP[1]
20
P4_MDIN[1]
21
P4_AVDD33
22
P4_MDIP[2]
23
P4_MDIN[2]
24
P4_MDIP[3]
25
P4_MDIN[3]
26
AVDD15
27
epad
109
IC159
88E6320
100n
C147
100n
C148
100n
C166
100n
C167
100n
C150
100n
C149
100n
C169
100n
C168
+3V3
4k64R101 4k64R102
4k64R107
4 x 10R109A
4 x 10R109B
4 x 10R109C
4 x 10R109D
22p
C128
22p
C129
25MHzX102
4k64
R117 4k64
R104
4k64
R105
261R112
261R118
4k64R111
4k64
R108
+3V3
+3V3
BAS28 D178A
BAS28
D178B
46k4
R119
Ferrite 31ohm 600mA
FB106
4u7/25V
C107
4u7/25V
C108
4u7/25V
C114
4u7/25V
C115
1u
C120
1u
C119
4u7/25V
C121
4u7/25V
C118
+3V3
+3V3
+3V3
+1V1
+3V3
100n
C127
1u
C126
4u7/25V
C125
+3V3
AVDD_1V5 +1V1
1u
C130
1u
C132
4u7/25V
C133
AVDD_3V3
+3V3
4u7/25V
C145
1u
C139
4u7/25V
C138
+3V3
DANTE_ETH_MDC
DANTE_ETH_MDIO
DANTE_ETH_TXD[0..3]
DANTE_ETH_TXD0
DANTE_ETH_TXD1
DANTE_ETH_TXD2
DANTE_ETH_TXD3
DANTE_ETH_TX_CTL
DANTE_ETH_TX_CLK
DANTE_ETH_RX_CLK
DANTE_ETH_RX_VLD
DANTE_ETH_RXD[0..3]
DANTE_ETH_RXD0
DANTE_ETH_RXD1
DANTE_ETH_RXD2
DANTE_ETH_RXD3
+3V3
AVDD_3V3 AVDD_1V5
13
14
15
16
yellow
green
orange
J102B
0826-1X1T-43-F
13
14
15
16
yellow
green
orange
J101B
0826-1X1T-43-F
1:1
1:1
1:1
1:1
TR1_M(2)
TR2_P(3)
TR2_M(6)
TR3_P(4)
TR3_M(5)
TR4_P(7)
TR4_M(8)
TR1_P(1) TRD1_P 11
TRCT1 12
TRD1_M 10
TRD2_P 4
TRCT2 6
TRD2_M 5
TRD3_P 3
TRCT3 1
TRD3_M 2
TRD4_P 8
TRCT4 7
TRD4_M 9
GND
18 GND
17
NC1
19
NC2
20
J101A
0826-1X1T-43-F
1:1
1:1
1:1
1:1
TR1_M(2)
TR2_P(3)
TR2_M(6)
TR3_P(4)
TR3_M(5)
TR4_P(7)
TR4_M(8)
TR1_P(1)TRD1_P
11
TRCT1
12
TRD1_M
10
TRD2_P
4
TRCT2
6
TRD2_M
5
TRD3_P
3
TRCT3
1
TRD3_M
2
TRD4_P
8
TRCT4
7
TRD4_M
9
GND 18
GND 17
NC1 19
NC2 20
J102A
0826-1X1T-43-F
+3V3
+1V1
+3V3
DANTE_ETH_RST_N
mini PCI 124P
8
2
32
26
20
14
6
4
12
10
18
16
24
22
30
28
34
7
1
31
25
19
13
5
3
11
9
17
15
23
21
29
27
33
35
37
39
41
43
45
47
49
51
53
55
57
59
61
63
65
67
69
71
73
75
77
79
81
83
85
87
89
91
93
95
97
99
101
103
105
107
109
111
113
115
117
119
121
123
36
38
40
42
44
46
48
50
52
54
56
58
60
62
64
66
68
70
72
74
76
78
80
82
84
86
88
90
92
94
96
98
100
102
104
106
108
110
112
114
116
118
120
122
124
L1 L2
J113
DANTE_RX_FULL
DANTE_SPI_MISO
DANTE_SPI_MOSI
DANTE_SPI_CLK
DANTE_TX_READY
DANTE_ETH_MDIO
DANTE_ETH_MDC
DANTE_ETH_MDINT_N
DANTE_ETH_RST_N
DANTE_TDM_BCLK
DANTE_TDM_FSYNC
DANTE_RESET_N
DANTE_ETH_TX_ERR
DANTE_ETH_TX_CTL
DANTE_ETH_RX_VLD
DANTE_ETH_RX_ERR
DANTE_ETH_RX_CLK
DANTE_MUTE
DANTE_ETH_TX_CLK
DANTE_ETH_GTX_CLK
DANTE_ETH_RXD[0..3]
DANTE_TDM_SDAT_IN[1..8]
DANTE_TDM_SDAT_OUT[1..8]
DANTE_TDM_SDAT_IN1
DANTE_TDM_SDAT_IN2
DANTE_TDM_SDAT_IN3
DANTE_TDM_SDAT_IN4
DANTE_TDM_SDAT_IN5
DANTE_TDM_SDAT_IN6
DANTE_TDM_SDAT_IN7
DANTE_TDM_SDAT_IN8
DANTE_TDM_SDAT_OUT1
DANTE_TDM_SDAT_OUT2
DANTE_TDM_SDAT_OUT3
DANTE_TDM_SDAT_OUT4
DANTE_TDM_SDAT_OUT5
DANTE_TDM_SDAT_OUT6
DANTE_TDM_SDAT_OUT7
DANTE_TDM_SDAT_OUT8
DANTE_CONSOLE_TXD
DANTE_CONSOLE_RXD
+3V3+3V3
1k0
R106
DANTE_ETH_TXD[0..3]
+3V3
4
1
3
2
B4B-EH-A
J103
Brooklyn II + Gigabit Switch
to XMOS
Power Supply
4u7/25V
C122
4u7/25V
C124
4u7/25V
C146
4u7/25V
C117
4u7/25V
C136
AVDD_3V3
AVDD_1V5+1V1
DANTE_SPI_SSEL_N
DANTE_ETH_MDINT_N
+1V1
LED_GIG_SPEED
LED_LINK_ACT
TP113
1k0
R744
+3V3
+3V3
DANTE CONSOLE
(UART 3V3) 10.0
R103 CODEC5_MCLK
3
2
1
-
7+14
74LVC32AD
IC101A
DANTE_ETH_TXD0
DANTE_ETH_TXD1
DANTE_ETH_TXD3
DANTE_ETH_RXD2
DANTE_ETH_RXD3
DANTE_ETH_RXD1
DANTE_ETH_RXD0
Unfitted
R145
4K99 1%
R147
CODEC4_MCLK
CODEC3_MCLK
CODEC2_MCLK
CODEC1_MCLK
4 x 10
R144A
4 x 10
R144B
4 x 10
R144C
4 x 10
R144D
DANTE_MCLK
CODEC AK4621
DANTE_ETH_TXD2
Printed Board 11.1559 Printed Board 11.1560
MP102 MP103 MP104MP101 MP105 MP106
100n
C815
100n
C101
100n
C102
100n
C103
100n
C104
100n
C105
100n
C106
100n
C110
100n
C112
100n
C113
100n
C140
100n
C141
100n
C142
100n
C143
100n
C144
11
13
12
74LVC32AD
IC101D
DIFF100
P4_MDI0_P
P4_MDI0_N
P4_MDI1_P
P4_MDI1_N
P4_MDI2_P
P4_MDI2_N
P4_MDI3_P
P4_MDI3_N
DIFF100
P3_MDI0_P
P3_MDI0_N
P3_MDI1_P
P3_MDI1_N
P3_MDI2_P
P3_MDI2_N
P3_MDI3_P
P3_MDI3_N
TP115 TP116
TP117
DIFF100
DIFF100
DIFF100
DIFF100
DIFF100
DIFF100
DIFF100
DIFF100
DIFF100
DIFF100
DIFF100
DIFF100
DIFF100
DIFF100
100n
C134
100n
C135
68n C123
TP144
TP143
4u7/25V
C131
4u7/25V
C137
Brooklyn II Module
IC161
CG 100u/10
C109
CG 100u/10
C116
DIFF70
DIFF70
DIFF70
DIFF70
DIFF70
DIFF70
DIFF70
DIFF70
DIFF70
DIFF70
DIFF70
DIFF70
1u
C153
1u
C151
4 x 10R110A
4 x 10R110B
4 x 10R110C
4 x 10R110D
to avoid cross-talk
SP101 SP102
SERIE
100n
C172
+3V3
MIMO4040DN
MIMO4040CDN
MIMO7272DN BNII-01-064
BNII-01-032
BNII-01-032
Brooklyn II ModelsProducts
MIMO4040DN
MIMO7272DNMIMO4040CDN