XRT86SH328ES Evaluation System User Manual R18 A2 P19 A3 N22 A4 P18 A5 R19 A6 P20 A7 T19 A8 P22 A9...
Transcript of XRT86SH328ES Evaluation System User Manual R18 A2 P19 A3 N22 A4 P18 A5 R19 A6 P20 A7 T19 A8 P22 A9...
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XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
XRT86SH328ES
Evaluation System User Manual
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XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
TABLE OF CONTENTS SECTION 1 Introduction.................................................................................3 SECTION 2 Circuit Overview.........................................................................3 Figure 1. Simplified Block Diagram of the XRT86SH328ES ................................................3 SECTION 3 Schematic Design......................................................................4 Figure 2. XRT86SH328 Schematic Page 1 .......................................................................4 Figure 3. XRT86SH328 Schematic Page 2 .......................................................................5 Figure 4. XRT86SH328 Schematic Page 3 .......................................................................6 Figure 5. XRT86SH328 Schematic Page 4 .......................................................................7 Figure 6. XRT86SH328 Schematic Page 5 .......................................................................8 SECTION 4 USB Installation .........................................................................9 SECTION 5 Python Script Interface ......................................................... 17 SECTION 6 USB Installation ...................................................................... 25
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XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
SECTION 1 Introduction
This XRT86SH328ES is a complete evaluation kit for characterizing the 28 Channel VT Mapper IC. The evaluation kit includes the following:
1. Evaluation Board 2. USB Cable 3. AC Adaptor Power Cord 4. CD Rom 5. Documentation
SECTION 2 Circuit Overview
This evaluation board is controlled by a graphical user interface (GUI) through a USB port from a typical PC. (Quick Note: The software supports Windows XP and NT down to most versions of Windows 98) Figure 1 shows that there are two separate data paths supported by the evaluation board. It is important to note that only one data path can be selected at any time due to the board architecture (not the DUT). The two data paths are the Telecom Bus (Connected to the XRT91L30 OC-3 Transceiver) or the Serial Interface (Connected to the XRT75VL00 STS-1 LIU). If the part is configured in STS-1/STM-0, the Serial Interface can be used. If the part is configured in STS-3/STM-1, then only the Telecom Bus can be used. There are two separate FPGA configuration files (“TelecomBus.hex” and “SerialInterface.hex”) that come with this kit.
Figure 1. Simplified Block Diagram of the XRT86SH328ES
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XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
SECTION 3 Schematic Design
C213
0.1uF
AD17
AD9
AD21
AD8
AD5
AD23
AD14
AD12
AD1
AD25
AD3
AD10
AD7
AD19
AD29
AD27
AD31
LA9
-CBE2
-DEVSEL
CLK
-CBE0
-FRAME
PARAD9
-CBE1
-IRDY
IDSEL
-CBE3
-RST
-STOP
-SERR
-INTA
-TRDY-LOCK
-PERR
LD4
RD-
LD1
LD7
LD2LD3
LD6
LD0
WR-
LA0LA1
LD5
CS2-CS1-
LCLK
AD7
AD12
AD14
AD1
AD5AD3
AD10
AD8
-CBE2
-SERR
-LOCK
-DEVSEL
-CBE1
AD29
AD25
AD23
AD31
LRdy
AD21
AD27
AD19
AD17
-PERR
-CBE3
CLK
-IRDY
AD22
AD15
AD18
AD22
AD30
AD24
AD11
AD20
-RST
-FRAME
-CBE0
LCLK
AD15
AD6
AD26
AD30
AD24
AD26
U1PCI9030
LA2105V
DD
1
LA3106
LAD695
LA4107
LAD793
LA5108
LAD892
LA6109
LAD991
LA7110
LAD1090
LA8111
LAD1189
LA9114
LAD1287
LA10115
LAD1386
LA11116
LAD1484
LA12118
LAD1583
LA13119
LAD1781
LA14120
LAD1880
LA15121
LAD1979
LA16123
LAD2077
LA17124
LAD2174
LA18125
LAD2273
LA19127
LAD2372
LA20128
LAD2469
LA21129
LAD2568
LA22130
LAD2667
LA23131
LAD2765
LAD2864
LAD2963
VS
S13
AD31173 AD30174 AD29175 AD28
2 AD273
VS
S31
AD264 AD255
AD239 AD22
10
VS
S44
VD
D32
CLK172
INTA#170
RST#171
FRAME#20
TRDY#22
VS
S66
VD
D45
IRDY #21
STOP#24
IDSEL8
DEVSEL#23
PERR#26
SERR#27
VS
S78
VD
D56
C/BE3#7 C/BE2#
19 C/BE1#29 C/BE0#40
PAR28
VS
S88
AD1816 AD1717 AD1618 AD1530 AD1433 AD1334
VS
S10
1
VD
D70
AD1235 AD1136 AD1037 AD938 AD839 AD741
VS
S11
3
AD642 AD543 AD446 AD347 AD248 AD149 AD050
VS
S12
2V
DD
85
VD
D10
0
LW/R#142
LBE0#60
LBE1#59
LBE2#58
LBE3#55
VD
D11
7
ADS#138
BLAST#139
VD
D13
3
EECS158
EESK160
EEDI161
EEDO159
LAD0104
LAD1102
LAD299
LAD398
LAD497
LAD596
LAD1682
LAD3062
LAD3161
VD
D14
AD246
AD2111 AD2012 AD1915
VS
S57
BTERM#144
CS1#148
GP0154
LOCK#25
LINTI1152
MODE76
LCLK145
LREQ151
LRDY I#143
LGNT150
TEST112
LINTI2153
ALE75
RD#141
WR#140
LRST#149
CS0#147
GP1155
CS2#156
CS3#157
BCLKO71
TRST#164
TCK165
TMS166
TDO167
TDI168
VS
S13
2
VS
S14
6
VS
S16
3
VS
S17
6
GP7134GP6135GP5136GP4137
GP894
PME#169
LPMInt#126
ENUM#51
VIO
53
LEDon#52
LPMESet103 CPCISW
54
VD
D16
2
AD18
AD2
AD4
AD28
AD20
-INTA
-TRDY
IDSEL
VCC3V3VCC3V3
VCC3V3
AD4
AD0
AD6
PAR
-STOP
duTDI
TCKTMS
VCC3V3
VCC3V3
AD16
J1CON6AP
+1
+3
+5
+2
+4
+6
duTDO
VCC3V3
AD11
AD13
AD2
AD0
VCC3V3
LA[17:0]
PME-
VCC3V3
VCC3V3
VCC3V3
VCC3V3
VCC3V3
CSDO
INIT-
CCLK
DONE
PGM-
VCC3V3
VCC3V3
VCC3V3
VCC3V3
VCC3V3
LINT
LA9
CS1-
MRST-
VCC1V8VCC3V3
VCC3V3
PME-
VIO
CS0-
PSA0
PSW0
PSA1PSW1
Req1
Req0
Ack1
Ack0
tRdy
xOscEnbTestMode
LA10 LA10LA11
TxDIS
MClk
LD0
LRDY
LA12
tInt
STS1Clk
LA7
LA13
CS2-
CS1-
R38 10
tRst-
LA11
LA14
AD[31:0]
PGM-
LD1
R1210
LINT
U8
51.84MHz
VDD4
OE1
OUT3
GND2
U977.76MHz
VDD4
OE1
OUT3
GND2
U749.408MHz
VDD4
OE1
OUT3
GND2
R310
LA12
LA0
DONE
INIT-
LD2
LRdy
VCC5V
CS3-
LOSExt
T30Rst
U12A
VSH328Fpga
A0N21
A1R18
A2P19
A3N22
A4P18
A5R19
A6P20
A7T19
A8P22
A9R21
A10T22
A11P21
A12R22
A13T20
A14U18
A15T18
A16U19
A17T21
D0K17
D1J22
D2K19
D3K18
D4K21
D5K22
D6L17
D7L18
MRSTF22
RDG21
WRG20
CS2H19
CS3H18
tRstM19
tRDM20
tWRM18
tCSN17
CS1H20 CS0H21
tDBENN18
tALEM21
tRdyN20
tIntN19
Req0J18
Ack0J19
Req1J20
Ack1J17
LCLKAA12
uP0F3
uP1F5
uP2D2
TestModeT5
xOscEnbV10
LRDYG19
LINTG18
TMSE4
TCKE6
TDIC19
TDOA21
M2AB2M1U5M0AA1
PROGY21
INITW21
CCLKB22
DOUTC21DINC22
DONEW20
xOscClkP4
Clk49MAB12
Clk19MT2
MClkY10
Clk77MA11
Clk51MC11
T30RstA3
T30ALoopB3
T30DLoopA4
T30RLPSerC5
T30LPTMB4
T30DLDisB5
T30_OOFA5
T30FrmPlsC6
GP0F4
TP1C9
GP2E2
TP3D9
GP4Y11
TP5F9
GP6W11
TP7E9
GP1E3
TP9B8
GP3D1
TP11A8
GP5V11
TP13C8
GP7U10
TP15D8
PClkP17
TP0A10
TP2B10
TP4C10
TP6D10
TP8F10
TP10A9
TP12B9
TP14E10
T30CMUB6
T30STSA6
STS1ClkH22
T30Ref ClkD5
RxLOSC7
LOSExtE8
TxDISE7
SFPDetD7
LA13
LA1
GP4
DONE
GP6
GP0GP1
GP5
GP2
GP7
LD3
GP3
WR-
VCC3V3
C150.1uF
C18
0.1uF
C19
0.1uF
T30FRP
LA14
LA2
T30CMU
CCLK
R17 10
LD4
EXAR CORPORATION
CS0-MRST-
WR-RD-CS3-CS2-CS1-
RD-
R22 10
LA15
LA3
CSDO
LD5
R19 10
VCC5V
LD[7:0]
INIT-
T30ALP
R23 10
AD16
LA0LA1LA2 tCS-
LA16
LA4
D61
DIODE
2 1
T30DLP
LD6
LA3
T30STS
RxLOS
RP19SEL
1423
tRD-LA4
CS3-
AD13T30Ref Clk
T30RLP
LA5
AD28
LA17
LA5
R80
4.7k
tWR-
LD7
VIO
SFPDet
LA6
R1310
R39 10
Title
Size Document Number Rev
Date: Sheet of
0
XRT86VSH328 PCI Interface
C
1 5Wednesday , October 05, 2005
I:\DEPTS\COM\T&N_APPLICATIONS\HARDWARE_DESIGN\XRT86SH328\REV0\SCHEMATIC\T86SH328SCH.DSN
Vcc3v3
LA15
tDBEN
pType0
LA6
MRst-CS0-
PGM-
Clk19M
PClk
LRdy
INIT-
WR-
DONECCLK
RD-
CSDO
tALE
pType1
LA16
J17PWRJACK
231
R81 SEL
LA7
C50.1uF
C100.1uF
R74.7k
pType2
U2
93CS66
CS1
SK2
DI3
DO4
VCC8
PRE7
PE6
GND5
T30LPT
C1
0.1uF
J1B1
CON PCIB_0
B1B2B3B4B5B6B7B8B9B10B11
B14B15B16B17B18B19B20B21B22B23B24B25B26B27B28B29B30B31B32B33B34B35B36B37B38B39B40B41B42B43B44B45B46B47B48B49
B52B53B54B55B56B57B58B59B60B61B62
J16
CON4AP
+1
+3+
2
+4
C120.1uF
RP36
2.7k
1 42 3
R94.7k
C16 0.1uF
R64.7k
R24.7K
J15USBConn
VBus1
D-2
D+3
Gnd4
U16
SP0503BAHT
S1
D1
2D
23
D3
4
R29 SEL
R104.7k
T30OOF
LA8
LA17
R5470
VCC5V
D1LED-1206
21
RP17SEL
14
23
RP352.7k
14
23
R30 SEL
J4
CON20AP
+1
+3
+5
+7
+9
+11
+13
+15
+17
+19
+2
+4
+6
+8
+10
+12
+14
+16
+18
+20
R410
RP342.7k
1423
+
C2
22uF
C130.1uF
C60.1uF
VCC3V3
U17
LTC1446L
CS3
Clk1
DIn2
DOut4
Vcc7
Vss6
Va5
Vb8
C140.1uF
LCLK
T30DLD
J1A1
CON PCIA_0
A1A2A3A4A5A6A7A8A9
A10A11
A14A15A16A17A18A19A20A21A22A23A24A25A26A27A28A29A30A31A32A33A34A35A36A37A38A39A40A41A42A43A44A45A46A47A48A49
A52A53A54A55A56A57A58A59A60A61A62
C70.1uF
U15C8051F320
SDA2
SCL1
P0.232
P0.331
P0.430
P0.529
P0.628
P0.727
AIN026
AIN125
INT24
PGM23
INIT22
DONE21
CCLK20
CDOut19
P3.010
GN
D3
VD
D6
RegIn7
VBus8
RST9
D+4 D-5 SCS1
13
SCS212
SCS311
MRst18
SCS017
SSCK16
SSDO15
SSDI14
LA8
C30.1uF
C110.1uF
xOscClk
C80.1uF
C17 1uF
+
C20 10uF
C40.1uF
C90.1uF
R84.7K
R14.7k
Figure 2. XRT86SH328 Schematic Page 1
5
XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
tRst-
tWR-tRD-tCS-
tALEtDBEN
tInttRDY
R314.7k
R141.74k
R163.74k
R1510k
C230.1uF
C275600pF
R189.09k
R114.7k
C240.1uF
C268200pF
Clk19M
C33
0.1uF
LA15
LD5
C2140.1uF
C2150.1uF
C2170.1uF
C2180.1uF
Vcc3v3Dut
LD[7:0]
LA[17:0]
R32SEL
U11E
XRTVSH328
GPIO_0AF2
GPIO_1AE3
GPIO_2AD4
GPIO_3AC5
GPIO_4C1
GPIO_5G4
GPIO_6D2
GPIO_7H5
ExINT0T3
ExINT1T5
RSTP1
CSU30
RDV28
WRY 30
DBENP30
ALEV30
RDYR26
BLastP28
INTN30
PCLKT28
TestModeR4
uP0AH1
uP1AG2
uP2AF3
A0AA30
A1V27
A2W29
A3W30
A4V29
A5U28
A6U29
A7T27
A8T29
A9R28
A10R27
A11R30
A12P29
A13N29
A14N28
A15M30
D0U26
D1U27
D2T26
D3T30
D4R29
D5P27
D6P26
D7N27
TMSC2
TCKF4
TDIH6
TDOE4
ScanEnbAD5ScanModeL1
Vd
d1v8
J6
Vd
d1v8
P1
4
Vd
d1v8
P1
5
A16M29
A17L30
GN
DN
13
GN
DN
14
GN
DN
17
GN
DN
18
GN
DP
13
GN
DP
18
GN
DU
13
GN
DU
18
GN
DV
13
GN
DV
14
GN
DV
17
GN
DV
18
GN
DD
3
GN
DG
6
GN
DG
25
GN
DA
C6
GN
DA
D6
GN
DA
D25
Vd
d1v8
P1
6
Vd
d1v8
P1
7
Vd
d1v8
R1
4
Vd
d1v8
R1
5
Vd
d1v8
R1
6
Vd
d1v8
R1
7
Vd
d1v8
T1
4
Vd
d1v8
T1
5
Vd
d1v8
T1
6
Vd
d1v8
T1
7
Vd
d1v8
U1
4
Vd
d1v8
U1
5
Vd
d1v8
U1
6
Vd
d1v8
U1
7
Vd
d1v8
AB
25
Vd
d1v8
AD
3
Vdd3v 3N15
Vdd3v 3N16
Vdd3v 3R13
Vdd3v 3R18
Vdd3v 3T13
Vdd3v 3T18
Vdd3v 3V15
Vdd3v 3V16
Req0Y 29
Req1W27
Ack0W28
Ack1AA29
xOscEnbF5
MClkE3
ExtOscR1
DS2InClkT4DS2OutClkT2
ATIP1E15
ATIP2AJ14
ARING1C15
ARING2AF15
ANALOG1D15
ANALOG2AH14
SENSE1A14
SENSE2AG14
Tx44MHzR2
Tx51_19MR3
TRSTG5
RClkOutC9
Is_E1A25
VctVCXOE20
LA7
Vcc1v8
PSA0
Req0
Ack1Req1
+
C47220uF
C220.1uF
TCKTMS
LA16
LD6
U4
TPS54610
PH6
PH7
PH8
PH9
PH10
PH11
PH12
PH13
PH14
BOOT5
Vin20
Vin21
Vin22
Vin23
Vin24
VSense2
PG
ND
15
PG
ND
16
PG
ND
17
PG
ND
18
PG
ND
19
AG
ND
1
COMP3 SS/Ena
26 RT28
Sy nc27
VBias25
PWRGD4
U1044.736MHz
VDD4
OE1
OUT3
GND2
TP21
TP11
LA8
+ C30220uF
+C29220uF
+
C48220uF
+ C37
22uF
L3
4.7uH
+ C38220uF
LA17
+C2122uF + C25
220uF
LA0
Vcc1v 8
Vcc3v3Dut
C600.1uF
L4
FB
C620.1uF
RP3SEL
1423
C630.1uF
C640.1uF
C570.1uF
C610.1uF
C2160.1uF
C580.1uF
C590.1uF
LA9
Vcc3v 3
LD7
Vcc3v3
+ C3222uF
GP4
LD0
GP0
LA1
duTDIduTDO
VCC3V3
GP6
C1040.1uF
C1060.1uF
C1070.1uF
C1080.1uF
C1010.1uF
L5
FB
C1050.1uF
C1020.1uF
C1030.1uF
LA10
RefA
Vcc1v8Dut
Vcc3v 3
C550.1uF
C530.1uF
C520.1uF
C510.1uF
C540.1uF
C560.1uF
GP5
PSW0
xOscClk
LD1
R33 10
R3610
LA2
GP1
RP1SEL
1423
Vcc3v3
VCC5V
R265.49k
R2510k
VCC5V
C435600pF
R289.09k
R214.7k
R241.74k
C390.1uF
C428200pF
C410.1uF
U6
TPS54610
PH6
PH7
PH8
PH9
PH10
PH11
PH12
PH13
PH14
BOOT5
Vin20
Vin21
Vin22
Vin23
Vin24
VSense2
PG
ND
15
PG
ND
16
PG
ND
17
PG
ND
18
PG
ND
19
AG
ND
1
COMP3 SS/Ena
26 RT28
Sy nc27
VBias25
PWRGD4
C400.1uF
GP7
Title
Size Document Number Rev
Date: Sheet of
0
XRT86VSH328 Microprocessor Interface
C
2 5Wednesday , October 05, 2005
I:\DEPTS\COM\T&N_APPLICATIONS\HARDWARE_DESIGN\XRT86SH328\REV0\SCHEMATIC\T86SH328SCH.DSN
Ack0
PClk
xOscEnb
pType2pType1pType0
LA11
J2
CON4AP
+1
+3+
2
+4
TestMode
LIUInt
GP2
U5VCXO-SMT
VC1
NC2
GND3
OUT4
OE5
VDD6
L2 FB
LD2
Vcc1v8Dut
RP4SEL
1423
LA3
PSA1
J3
CON4AP
+1
+3+
2
+4
Ref A
GP3
Vcc3v3Dut
LA12RP5SEL
1423
U12D
VSH328Fpga
GNDA1
GNDA22
GNDB2
GNDB21
GNDC3
GNDC20
GNDG11
GNDG12
GNDJ9
GNDJ10
GNDJ11
GNDJ12
GNDJ13
GNDJ14
GNDK9
GNDK10
GNDK11
GNDK12
GNDK13
GNDK14
GNDL7
GNDL9
GNDL10
GNDL11
GNDL12
GNDL13
GNDL14
GNDL16
GNDM7
GNDM9
GNDM10
GNDM11
GNDM12
GNDM13
GNDM14
GNDM16
GNDN9
GNDN10
GNDN11
GNDN12
GNDN13
GNDN14
GNDP9
GNDP10
GNDP11
GNDP12
GNDP13
GNDP14
GNDT11
GNDT12
GNDY20
GNDY3
GNDAA21
GNDAA2
GNDAB22
GNDAB1
VCCiE5
VCCiE18
VCCiF6
VCCiF17
VCCiG7
VCCiG8
VCCiG15
VCCiG16
VCCiH7
VCCiH16
VCCiR7
VCCiR16
VCCiV18
VCCoF7
VCCoF8
VCCoG9
VCCoG10
VCCoF15
VCCoF16
VCCoG13
VCCoG14
VCCoG17
VCCoH17
VCCoJ16
VCCoK16
VCCoN16
VCCoP16
VCCoR17
VCCoT17
VCCoT13
VCCoT14
VCCoU15
VCCoU16
VCCoT9
VCCoT10
VCCoU7
VCCoU8
VCCoP7
VCCoR6
VCCoT6
VCCoG6
VCCoH6
VCCoJ7
VCCoK7
VCCiT7
VCCiT8
VCCiT15
VCCiT16
VCCiU6
VCCiU17
VCCiV5
VCCoN7
R3710
LD3
LA4
MClk
VCC1V8
C1120.1uF
C1140.1uF
C1150.1uF
C1160.1uF
C1090.1uF
C1130.1uF
C1100.1uF
C1110.1uF
LA13
Vcc3v3
PSW1
C46120pF
C28120pF
LD4
LA5
R35
10
R34100k
L1
4.7uH
LA14
C310.1uF
LA6
RP2SEL
1423
DS3Clk
Vcc1v8Dut
Figure 3. XRT86SH328 Schematic Page 2
6
XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
TxA_D5
TxA_AL
RxDS3Neg
U11A
TTIP1D25
TRNG1E24
RTIP1F23
RRNG1D26
TTIP0C28
TRNG0E26
RTIP0E27
RRNG0D28
TTIP2C25
TRNG2D24
RTIP2E23
RRNG2C26
TTIP3A26
TRNG3B25
RTIP3C24
RRNG3A27
TTIP4D20
TRNG4A24
RTIP4C22
RRNG4D21
TTIP5B20
TRNG5B21
RTIP5E18
RRNG5C20
TTIP6D17
TRNG6C18
RTIP6E17
RRNG6A20
TxDS1Dat_0F27
TxDS1Clk_0E28
TxDS1Frm_0H25
RxDS1Dat_0B30
RxDS1Clk_0G26
RxDS1Frm_0C29
TxDS1Dat_1F28
TxDS1Clk_1E29
TxDS1Frm_1G27
RxDS1Dat_1C30
RxDS1Clk_1H26
RxDS1Frm_1D29
TxDS1Dat_2G28
TxDS1Clk_2F29
TxDS1Frm_2K25
RxDS1Dat_2H27
RxDS1Clk_2J26
RxDS1Frm_2D30
TxDS1Dat_3H28
TxDS1Clk_3F30
TxDS1Frm_3J27
RxDS1Dat_3G29
RxDS1Clk_3K26
RxDS1Frm_3E30
TxDS1Dat_4K27
TxDS1Clk_4H30
TxDS1Frm_4L26
RxDS1Dat_4H29
RxDS1Clk_4J28
RxDS1Frm_4G30
TxDS1Dat_5J30
TxDS1Clk_5K29
TxDS1Frm_5M26
RxDS1Dat_5K28
RxDS1Clk_5L27
RxDS1Frm_5J29
TxDS1Dat_6M28
TxDS1Clk_6N26
TxDS1Frm_6L29
RxDS1Dat_6K30
RxDS1Clk_6M27
RxDS1Frm_6L28
RxV
ddB
29
RxV
ddF
22
RxV
ddE
22
RxV
ddB
24
RxV
ddB
22
RxV
ddD
18
RxV
ddA
18
TxV
ddD
27
TxV
ddB
28
TxV
ddA
28
TxV
ddD
22
TxV
ddE
19
TxV
ddA
21
TxV
ddA
19
RxG
ND
F2
4
RxG
ND
A2
9
RxG
ND
F2
1
RxG
ND
C2
3
RxG
ND
C2
1
RxG
ND
C1
9
RxG
ND
B1
8
TxG
ND
F2
6
TxG
ND
C2
7
TxG
ND
B2
7
TxG
ND
E2
1
TxG
ND
B2
3
TxG
ND
D1
9
TxG
ND
B1
9
AG
ND
A3
0
AG
ND
D2
3
AG
ND
A2
2
AG
ND
C1
7
AG
ND
E1
6
AV
ddE
25
AV
ddB
26
AV
ddA
23
AV
ddB
17
AV
ddA
17
AV
ddJ2
5
TxA_D6
Vcc3v 3Dut
RxDS3Clk
C65
0.1uF
C66
0.1uF
C67
0.1uF
TxA_D4
C121
0.68uF
C123
0.68uF
D5PO300SA
D6PO300SA
D7PO300SA
D8PO300SA
RxDS3Pos
C1240.1uF
C1220.1uF
C73
0.1uF
T1C
QXFRMR
11 30
12 2815
13
14
27
26
T1D
QXFRMR
16 25
17 2320
18
19
22
21
L6FB
TxA_PL
RJ0RJ45
TTIP2
TRNG1
RTIP5
RRNG4
C74
0.1uF
RJ1RJ45
TTIP2
TRNG1
RTIP5
RRNG4
TxA_C1J1
L8FB
C75
0.1uF
RJ13RJ45
TTIP2
TRNG1
RTIP5
RRNG4
TxA_C1J1
C125
0.68uF
TxA_AL
TxA_DP
C127
0.68uF
TxA_PL
AVdd_0
L7FB
D9PO300SA
U11B
TTIP8A11
TRNG8C12
RTIP8D12
RRNG8A10
TTIP7D14
TRNG7E14
RTIP7C13
RRNG7A12
TTIP9D11
TRNG9B9
RTIP9D10
RRNG9E11
TTIP10C8
TRNG10E10
RTIP10A5
RRNG10B6
TTIP11A4
TRNG11C6
RTIP11F9
RRNG11E8
TTIP12C5
TRNG12F8
RTIP12A2
RRNG12B3
TTIP13E5
TRNG13C3
RTIP13A1
RRNG13B1
TxDS1Dat_7N2
TxDS1Clk_7P4
TxDS1Frm_7N1
RxDS1Dat_7R5
RxDS1Clk_7P3
RxDS1Frm_7P2
TxDS1Dat_8N4
TxDS1Clk_8M3
TxDS1Frm_8P5
RxDS1Dat_8N3
RxDS1Clk_8M2
RxDS1Frm_8M1
TxDS1Dat_9N5
TxDS1Clk_9L3
TxDS1Frm_9M4
RxDS1Dat_9K1
RxDS1Clk_9K2
RxDS1Frm_9L2
TxDS1Dat_10L4
TxDS1Clk_10M5
TxDS1Frm_10K3
RxDS1Dat_10H1
RxDS1Clk_10J2
RxDS1Frm_10J1
TxDS1Dat_11F1
TxDS1Clk_11L5
TxDS1Frm_11K4
RxDS1Dat_11H2
RxDS1Clk_11J3
RxDS1Frm_11G1
TxDS1Dat_12F2
TxDS1Clk_12K5
TxDS1Frm_12J4
RxDS1Dat_12H3
RxDS1Clk_12E1
RxDS1Frm_12G2
TxDS1Dat_13J5
TxDS1Clk_13F3
TxDS1Frm_13E2
RxDS1Dat_13D1
RxDS1Clk_13H4
RxDS1Frm_13G3
RxV
dd
B14
RxV
dd
D13
RxV
dd
A9
RxV
dd
A7
RxV
dd
E9
RxV
dd
A3
RxV
dd
F7
TxV
dd
A13
TxV
dd
E13
TxV
dd
C10
TxV
dd
D9
TxV
dd
B5
TxV
dd
D6
TxV
dd
D4
RxG
ND
C1
4R
xGN
DB
12
RxG
ND
E1
2R
xGN
DA
6R
xGN
DD
8R
xGN
DB
4R
xGN
DD
5
TxG
ND
B1
3T
xGN
DB
11
TxG
ND
A8
TxG
ND
B7
TxG
ND
D7
TxG
ND
E7
TxG
ND
B2
Avd
dB
10A
vdd
F10
Avd
dE
6
Avd
dA
16A
vdd
B16
AG
ND
C1
1A
GN
DC
7A
GN
DC
4
AG
ND
D1
6A
GN
DC
16
Avd
dB
15A
GN
DA
15
D10PO300SA
D11PO300SA
C135
0.68uF
D12PO300SA
C137
0.68uF
D19PO300SA
D20PO300SA
C1280.1uF
D21PO300SA
C1260.1uF
D22PO300SA
TxA_D2
C1380.1uF
C1360.1uF
T1A
QXFRMR
1 40
2 385
3
4
37
36
T1B
QXFRMR
6 35
7 3310
8
9
32
31
T3D
QXFRMR
1625
172320
18
19
22
21
T2A
QXFRMR
140
2385
3
4
37
36
C139
0.68uF
C141
0.68uF
D23PO300SA
C79
0.1uF
D24PO300SA
C80
0.1uF
D25PO300SA
D26PO300SA
C1420.1uF
C1400.1uF
TxA_D6
T3B
QXFRMR
635
73310
8
9
32
31
T3C
QXFRMR
1130
122815
13
14
27
26
C143
0.68uF
C145
0.68uF
D27PO300SA
TxA_D2
D28PO300SA
TxA_D4TxA_D3
TxA_D1
D29PO300SA
TxA_D1TxA_D2
D30PO300SA
TxA_D5TxA_D4TxA_D3
TxA_D7TxA_D6
TxA_D0
TxA_D5
TxA_D0
C1460.1uF
C1440.1uF
C71
0.1uF
C72
0.1uF
T4D
QXFRMR
1625
172320
18
19
22
21
T3A
QXFRMR
140
2385
3
4
37
36
C129
0.68uF
C131
0.68uF
C147
0.68uFD31PO300SA
TxA_D7
TxA_D3
D32PO300SA
D13PO300SA
C1480.1uF
D14PO300SA
D15PO300SA
D16PO300SA
T4C
QXFRMR
1130
122815
13
14
27
26
C1320.1uF
C1300.1uF
RJ12RJ45
TTIP2
TRNG1
RTIP5
RRNG4
T2C
QXFRMR
11 30
12 2815
13
14
27
26
T2D
QXFRMR
16 25
17 2320
18
19
22
21
TxSTS1Dat
RJ11RJ45
TTIP2
TRNG1
RTIP5
RRNG4
RxDS3LOS
TxA_D1
TxA_D7
C133
0.68uF D17PO300SA
D18PO300SA
RJ2RJ45
TTIP2
TRNG1
RTIP5
RRNG4
RJ10RJ45
TTIP2
TRNG1
RTIP5
RRNG4
C1340.1uF
T2B
QXFRMR
6 35
7 3310
8
9
32
31
Vcc1v 8Dut
TxA_AL
RJ3RJ45
TTIP2
TRNG1
RTIP5
RRNG4
TxSTS1Frm
RJ9RJ45
TTIP2
TRNG1
RTIP5
RRNG4
TxSTS1Clk
TxSTS1Dat
RxDS3Pos
TxSTS1Frm
RxDS3NegRxDS3Clk
U12B
VSH328Fpga
TxDS1Dat_0AA13
TxDS1Dat_1W14
TxDS1Dat_2W15
TxDS1Dat_3W16
TxDS1Dat_4AB18
TxDS1Dat_5V20
TxDS1Dat_6V22
TxDS1Clk_0W13
TxDS1Clk_1U14
TxDS1Clk_2V15
TxDS1Clk_3AA17
TxDS1Clk_4AB20
TxDS1Clk_5V19
TxDS1Clk_6AA20
TxDS1Frm_0V12
TxDS1Frm_1Y14
TxDS1Frm_2U12
TxDS1Frm_3Y16
TxDS1Frm_4Y17
TxDS1Frm_5W18
TxDS1Frm_6U22
RxDS1Dat_0U13
RxDS1Dat_1AA14
RxDS1Dat_2Y15
RxDS1Dat_3V16
RxDS1Dat_4V17
RxDS1Dat_5AA19
RxDS1Dat_6U20
RxDS1Clk_0AB13
RxDS1Clk_1AB15
RxDS1Clk_2AA15
RxDS1Clk_3AA16
RxDS1Clk_4W17
RxDS1Clk_5AB19
RxDS1Clk_6Y22
RxDS1Frm_0V13
RxDS1Frm_1AB14
RxDS1Frm_2V14
RxDS1Frm_3AB17
RxDS1Frm_4Y18
RxDS1Frm_5Y19
RxDS1Frm_6V21
TxDS1Dat_7U1
TxDS1Dat_8V3
TxDS1Dat_9AA3
TxDS1Dat_10AB6
TxDS1Dat_11AB9
TxDS1Dat_12Y9
TxDS1Dat_13AA9
TxDS1Clk_7U4
TxDS1Clk_8V4
TxDS1Clk_9AA5
TxDS1Clk_10AB5
TxDS1Clk_11AB7
TxDS1Clk_12AB8
TxDS1Clk_13U9
TxDS1Frm_7T4
TxDS1Frm_8W2
TxDS1Frm_9AB3
TxDS1Frm_10AA6
TxDS1Frm_11AA7
TxDS1Frm_12AA8
TxDS1Frm_13AA10
RxDS1Dat_7U3
RxDS1Dat_8W1
RxDS1Dat_9W3
RxDS1Dat_10W6
RxDS1Dat_11V7
RxDS1Dat_12V8
RxDS1Dat_13W10
RxDS1Clk_7T1
RxDS1Clk_8V2
RxDS1Clk_9W5
RxDS1Clk_10V6
RxDS1Clk_11Y7
RxDS1Clk_12V9
RxDS1Clk_13AB10
RxDS1Frm_7T3
RxDS1Frm_8U2
RxDS1Frm_9Y2
RxDS1Frm_10Y5
RxDS1Frm_11W7
RxDS1Frm_12W8
RxDS1Frm_13W9
TxA_D0
RJ4RJ45
TTIP2
TRNG1
RTIP5
RRNG4
RJ8RJ45
TTIP2
TRNG1
RTIP5
RRNG4
C76
0.1uF
C77
0.1uF
C78
0.1uF
TxA_Clk
RJ5RJ45
TTIP2
TRNG1
RTIP5
RRNG4
R20 10
TxA_DP
TxSTS1Clk
TxA_Clk
RJ6RJ45
TTIP2
TRNG1
RTIP5
RRNG4
RJ7RJ45
TTIP2
TRNG1
RTIP5
RRNG4
AVdd_0
L10FB
C68
0.1uF
C69
0.1uF
C70
0.1uF
TxA_DP
Vcc3v 3Dut
RxDS3Pos
TxA_Clk
TxA_PL
RxDS3Neg
TxSTS1Dat
TxA_C1J1
Title
Size Document Number Rev
Date: Sheet of
0
XRT86VSH328 T1/E1 Line Interface
C
3 5Wednesday , October 05, 2005
I:\DEPTS\COM\T&N_APPLICATIONS\HARDWARE_DESIGN\XRT86SH328\REV0\SCHEMATIC\T86SH328SCH.DSN
TxSTS1Clk
RxDS3Clk
L9FB
TxSTS1Frm
Figure 4. XRT86SH328 Schematic Page 3
7
XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
RxD_D0
RxSTS1Dat
RxSTS1Clk
TxDS3Pos
RxSTS1Frm
TxDS3NegTxDS3Clk
RxD_PL
RxD_C1J1
Vcc3v 3Dut
C89
0.1uF
RxD_C1J1
C90
0.1uF
C91
0.1uF
L14FB
L15FB
Title
Size Document Number Rev
Date: Sheet of
0
XRT86VSH328 T1/E1 Line Interface
C
4 5Wednesday , October 05, 2005
I:\DEPTS\COM\T&N_APPLICATIONS\HARDWARE_DESIGN\XRT86SH328\REV0\SCHEMATIC\T86SH328SCH.DSN
RJ16RJ45
TTIP2
TRNG1
RTIP5
RRNG4
RxD_D1
RJ17RJ45
TTIP2
TRNG1
RTIP5
RRNG4
RxD_D1
RJ18RJ45
TTIP2
TRNG1
RTIP5
RRNG4
TxDS3Pos
AVdd_1
RJ21RJ45
TTIP2
TRNG1
RTIP5
RRNG4
RJ19RJ45
TTIP2
TRNG1
RTIP5
RRNG4
RxD_ALRxD_AL
RxD_D3
C95
0.1uF
C96
0.1uF
RxD_D0
RJ22RJ45
TTIP2
TRNG1
RTIP5
RRNG4
RJ20RJ45
TTIP2
TRNG1
RTIP5
RRNG4
RxSTS1Dat
RJ23RJ45
TTIP2
TRNG1
RTIP5
RRNG4
TxDS3Neg
C87
0.1uF
C88
0.1uF
RxD_D2
U12C
VSH328Fpga
TxDS1Dat_14G3
TxDS1Dat_15G5
TxDS1Dat_16G1
TxDS1Dat_17J3
TxDS1Dat_18P5
TxDS1Dat_19N2
TxDS1Dat_20N3
TxDS1Clk_14F1
TxDS1Clk_15G4
TxDS1Clk_16H1
TxDS1Clk_17L2
TxDS1Clk_18J2
TxDS1Clk_19R5
TxDS1Clk_20P3
TxDS1Frm_14M3
TxDS1Frm_15H2
TxDS1Frm_16L1
TxDS1Frm_17H4
TxDS1Frm_18M6
TxDS1Frm_19P2
TxDS1Frm_20R1
RxDS1Dat_14J4
RxDS1Dat_15M4
RxDS1Dat_16J5
RxDS1Dat_17M5
RxDS1Dat_18N6
RxDS1Dat_19P1
RxDS1Dat_20P6
RxDS1Clk_14K1
RxDS1Clk_15K5
RxDS1Clk_16N4
RxDS1Clk_17N5
RxDS1Clk_18K3
RxDS1Clk_19K4
RxDS1Clk_20R2
RxDS1Frm_14F2
RxDS1Frm_15G2
RxDS1Frm_16H3
RxDS1Frm_17K6
RxDS1Frm_18J6
RxDS1Frm_19L3
RxDS1Frm_20L5
TxDS1Dat_21D21
TxDS1Dat_22A19
TxDS1Dat_23A16
TxDS1Dat_24D16
TxDS1Dat_25A15
TxDS1Dat_26B12
TxDS1Dat_27B13
TxDS1Clk_21D22
TxDS1Clk_22B19
TxDS1Clk_23B17
TxDS1Clk_24D14
TxDS1Clk_25D13
TxDS1Clk_26B14
TxDS1Clk_27D12
TxDS1Frm_21E20
TxDS1Frm_22B18
TxDS1Frm_23A17
TxDS1Frm_24C14
TxDS1Frm_25C13
TxDS1Frm_26A14
TxDS1Frm_27A12
RxDS1Dat_21F21
RxDS1Dat_22F20
RxDS1Dat_23E19
RxDS1Dat_24C17
RxDS1Dat_25D15
RxDS1Dat_26E13
RxDS1Dat_27C15
RxDS1Clk_21E21
RxDS1Clk_22A18
RxDS1Clk_23E16
RxDS1Clk_24C16
RxDS1Clk_25E14
RxDS1Clk_26E12
RxDS1Clk_27A13
RxDS1Frm_21E22
RxDS1Frm_22F19
RxDS1Frm_23E17
RxDS1Frm_24B16
RxDS1Frm_25E15
RxDS1Frm_26B15
RxDS1Frm_27C12
RxD_D4
RxSTS1Clk
RxD_Clk
RxD_DP
TxDS3Pos
TxDS3Clk
RxSTS1Frm
RxD_Clk
RxD_D5
C92
0.1uF
C93
0.1uF
C94
0.1uF
RJ24RJ45
TTIP2
TRNG1
RTIP5
RRNG4
RxD_C1J1
TxDS3Clk
RJ25RJ45
TTIP2
TRNG1
RTIP5
RRNG4
RxSTS1Dat
RxD_AL
TxDS3Neg
RJ26RJ45
TTIP2
TRNG1
RTIP5
RRNG4
U11C
TTIP15AE8
TRNG15AG5
RTIP15AF6
RRNG15AJ2
TTIP14AF4
TRNG14AH2
RTIP14AE5
RRNG14AE4
TTIP16AJ4
TRNG16AH5
RTIP16AK2
RRNG16AG6
TTIP17AJ6
TRNG17AK4
RTIP17AJ5
RRNG17AF9
TTIP18AJ8
TRNG18AG10
RTIP18AK6
RRNG18AJ7
TTIP19AF13
TRNG19AJ10
RTIP19AK8
RRNG19AJ9
TTIP20AF14
TRNG20AK11
RTIP20AH12
RRNG20AJ11
TxDS1Dat_14AE2
TxDS1Clk_14AF1
TxDS1Frm_14AA6
RxDS1Dat_14AC4
RxDS1Clk_14AB5
RxDS1Frm_14AG1
TxDS1Dat_15AE1
TxDS1Clk_15AD1
TxDS1Frm_15AC3
RxDS1Dat_15AA5
RxDS1Clk_15AB4
RxDS1Frm_15AD2
TxDS1Dat_16AC1
TxDS1Clk_16AB2
TxDS1Frm_16AA4
RxDS1Dat_16AB3
RxDS1Clk_16Y5
RxDS1Frm_16AC2
TxDS1Dat_17AA2
TxDS1Clk_17Y3
TxDS1Frm_17AB1
RxDS1Dat_17Y4
RxDS1Clk_17W5
RxDS1Frm_17AA3
TxDS1Dat_18V5
TxDS1Clk_18Y1
TxDS1Frm_18W3
RxDS1Dat_18W4
RxDS1Clk_18Y2
RxDS1Frm_18AA1
TxDS1Dat_19V2
TxDS1Clk_19U5
TxDS1Frm_19V3
RxDS1Dat_19V4
RxDS1Clk_19W1
RxDS1Frm_19W2
TxDS1Dat_20U1
TxDS1Clk_20T1
TxDS1Frm_20U2
RxDS1Dat_20U4
RxDS1Clk_20U3
RxDS1Frm_20V1
RxV
ddA
G4
RxV
ddA
J3
RxV
ddA
K3
RxV
ddA
K5
RxV
ddA
G11
RxV
ddA
K10
RxV
ddA
K12
TxV
ddA
G3
TxV
ddA
H4
TxV
ddA
F8
TxV
ddA
H7
TxV
ddA
H9
TxV
ddA
G12
TxV
ddA
J12
RxG
ND
AF
5
RxG
ND
AF
7
RxG
ND
AG
7
RxG
ND
AF
10
RxG
ND
AK
7
RxG
ND
AH
11
RxG
ND
AH
13
TxG
ND
AJ1
TxG
ND
AK
1
TxG
ND
AE
9
TxG
ND
AG
8
TxG
ND
AF
11
TxG
ND
AK
9
TxG
ND
AG
13
AG
ND
AE
7
AG
ND
AE
10
AG
ND
AH
10
AG
ND
AF
16
AG
ND
AG
16
AV
ddA
H3
AV
ddA
H6
AV
ddA
F12
AV
ddA
J16
AV
ddA
K15
RxD_D6
C149
0.68uF
C151
0.68uF
D33PO300SA
D34PO300SA
D35PO300SA
D36PO300SA
C1520.1uF
C1500.1uF
T4A
QXFRMR
1 40
2 385
3
4
37
36
T4B
QXFRMR
6 35
7 3310
8
9
32
31
C153
0.68uF
C155
0.68uF
RJ27RJ45
TTIP2
TRNG1
RTIP5
RRNG4
U11D
TTIP22AK19
TRNG22AJ19
RTIP22AH19
RRNG22AF18
TTIP21AK17
TRNG21AH17
RTIP21AK18
RRNG21AF17
TTIP23AJ21
TRNG23AF19
RTIP23AH21
RRNG23AJ22
TTIP24AJ23
TRNG24AK25
RTIP24AG22
RRNG24AF21
TTIP25AG23
TRNG25AF22
RTIP25AJ26
RRNG25AH25
TTIP26AF23
TRNG26AJ27
RTIP26AG25
RRNG26AE23
TTIP27AG26
TRNG27AF25
RTIP27AG27
RRNG27AH28
TxDS1Dat_21AB29
TxDS1Clk_21AA28
TxDS1Frm_21AC30
RxDS1Dat_21Y28
RxDS1Clk_21AB30
RxDS1Frm_21V26
TxDS1Dat_22AB28
TxDS1Clk_22AA27
TxDS1Frm_22AC29
RxDS1Dat_22W26
RxDS1Clk_22AD30
RxDS1Frm_22Y27
TxDS1Dat_23AF30
TxDS1Clk_23AB27
TxDS1Frm_23AC28
RxDS1Dat_23Y26
RxDS1Clk_23AD29
RxDS1Frm_23AE30
TxDS1Dat_24AC27
TxDS1Clk_24AF29
TxDS1Frm_24AG30
RxDS1Dat_24AA26
RxDS1Clk_24AD28
RxDS1Frm_24AE29
TxDS1Dat_25AD27
TxDS1Clk_25AG29
TxDS1Frm_25AH30
RxDS1Dat_25AA25
RxDS1Clk_25AE28
RxDS1Frm_25AB26
TxDS1Dat_26AH29
TxDS1Clk_26AD26
TxDS1Frm_26AE27
RxDS1Dat_26AF28
RxDS1Clk_26AJ30
RxDS1Frm_26AC26
TxDS1Dat_27AE26
TxDS1Clk_27AJ29
TxDS1Frm_27AK30
RxDS1Dat_27AC25
RxDS1Clk_27AF27
RxDS1Frm_27AG28
RxV
ddA
H16
RxV
ddA
J18
RxV
ddA
K21
RxV
ddA
F20
RxV
ddA
J25
RxV
ddA
G24
RxV
ddA
J28
TxV
ddA
G18
TxV
ddA
K22
TxV
ddA
K24
TxV
ddA
E21
TxV
ddA
K28
TxV
ddA
E24
TxV
ddA
J17
RxG
ND
AK
16R
xGN
DA
H18
RxG
ND
AH
20R
xGN
DA
G21
RxG
ND
AH
24R
xGN
DA
E22
RxG
ND
AH
27
TxG
ND
AG
17T
xGN
DA
K20
TxG
ND
AG
20T
xGN
DA
J24
TxG
ND
AK
27T
xGN
DA
H26
TxG
ND
AF
26
AV
ddA
G19
AV
ddA
K26
AV
ddA
K29
AV
ddA
K14
AV
ddA
G15
AG
ND
AJ2
0A
GN
DA
H23
AG
ND
AF
24
AG
ND
AJ1
5A
GN
DA
H15
AV
ddA
K13
AG
ND
AJ1
3
D37PO300SA
D38PO300SA
D39PO300SA
D40PO300SA
C163
0.68uF
C165
0.68uF
AVdd_1
D47PO300SA
D48PO300SA
C1560.1uF
D49PO300SA
D50PO300SA
C1540.1uF
RxSTS1Frm
RxD_DPRxD_DP
C1660.1uF
C1640.1uF
T5C
QXFRMR
11 30
12 2815
13
14
27
26
T5D
QXFRMR
16 25
17 2320
18
19
22
21
T6B
QXFRMR
635
73310
8
9
32
31
T6C
QXFRMR
1130
122815
13
14
27
26
C167
0.68uF
C169
0.68uF
D51PO300SA
RxD_D7
D52PO300SA
D53PO300SA
D54PO300SA
C1700.1uF
C1680.1uF
T7D
QXFRMR
1625
172320
18
19
22
21
T6A
QXFRMR
140
2385
3
4
37
36
RxD_D4
C171
0.68uF
C173
0.68uF
D55PO300SA
D56PO300SA
D57PO300SA
D58PO300SA
C1740.1uF
C1720.1uF
T7B
QXFRMR
635
73310
8
9
32
31
T7C
QXFRMR
1130
122815
13
14
27
26
C157
0.68uF
C159
0.68uF
C175
0.68uFD59PO300SA
D60PO300SA
D41PO300SA
D42PO300SA
C1760.1uF
D43PO300SA
D44PO300SA
L11FB
T7A
QXFRMR
140
2385
3
4
37
36
C1600.1uF
C1580.1uF
RxSTS1Clk
T5A
QXFRMR
1 40
2 385
3
4
37
36
T5B
QXFRMR
6 35
7 3310
8
9
32
31
RxD_PLRxD_PL
C161
0.68uF D45PO300SA
D46PO300SA
RxD_D3
C1620.1uF
T6D
QXFRMR
16 25
17 2320
18
19
22
21
Vcc1v 8Dut
RxD_D7
RJ14RJ45
TTIP2
TRNG1
RTIP5
RRNG4
L13FB
L12FB
C84
0.1uF
C85
0.1uF
C86
0.1uF
Vcc3v 3Dut
RxD_D5
RxD_Clk
RxD_D6
RxD_D6
RxD_D0RxD_D1
RxD_D7
RxD_D3RxD_D2
RxD_D5RxD_D4
RxD_D2
RxSTS1LOS
C81
0.1uF
RJ15RJ45
TTIP2
TRNG1
RTIP5
RRNG4
C82
0.1uF
C83
0.1uF
Figure 5. XRT86SH328 Schematic Page 4
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XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
RP182.7k
14
23
R58 31.6
R66 10
R60 37.4
R59 37.4
J0Tx0SMBV
G2
G3
G4
G5
T1
J0Rx0SMBV
G2
G3
G4
G5
T1
J1Tx1SMBV
G2
G3
G4
G5
T1
J1Rx1SMBV
G2
G3
G4
G5
T1
R55 499
R56 499
R61 499
R62 499
T8SM02-T3011 16
3 146
8
11
9
T9SM02-T301
1 16
3 146
8
11
9
C194
0.1uF
C191
0.1uF
C192 0.01uF
C193 0.01uF
C195 0.01uF
RxSTS1Dat
C196 0.01uF
C190
0.1uF
C188
0.1uF
C187
0.1uF
C189
0.1uF
RxD_D2
C186
0.1uFC182 0.1uF
C183 0.1uF
GP1GP0
GP3GP2
TxA_Clk
U3
T75L02
TTIP070
TRNG071
MTIP072
MRNG073
RTIP09
RRNG08
TTIP156
TRNG155
MTIP154
MRNG153
RTIP117
RRNG118
RxA
GN
D7
RxA
GN
D19
AG
ND
10
DG
ND
37
DG
ND
59
TxA
Vdd
43
AV
dd13
RxA
Vdd
20
TxA
Vdd
84
TxD
Vdd
57
TxD
Vdd
69
RxA
Vdd
6
DV
dd62
DV
dd61
TxA
GN
D83
DG
ND
64
DG
ND
65
TxD
GN
D58
TxD
GN
D68
TxA
GN
D44
TxPOS149
TxNEG150
TxCLK148
TxPOS077
TxNEG076
TxCLK078
RxPOS135
RxNEG134
RxCLK136
RxPOS092
RxNEG093
RxCLK091
RST97
SCS29
SClk30
SDI31
SDO27
TxON81
TxLev 074
TAOS075
REQEN01
LLB04
RLB05
STS1_03
TxMON82
TxLev 152
TAOS151
REQEN125
LLB122 RLB121
STS1_123
E3_124
DMO147
RLOL132
RLOS133
JA115
ClkOut146
DMO079
RLOL095
RLOS094
JA014
ICT98
Host26
ClkOut080
SR/DR100
E3Clk66
DS3Clk63
STS1Clk60
E3_02
TEST96
SFMEnb99
ClkOEnb45
JATxRx16
DV
dd67
RxD
Vdd
89R
xDG
ND
90
DV
dd38
JAA
Vdd
86
JAA
Vdd
41JA
AG
ND
42
JAA
GN
D85
JAD
Vdd
87JA
DV
dd40
JAD
GN
D88
JAD
GN
D39
RxA11
RxB12
INT28
R68 10
R63 4.7k
T30OOF
GP4
DS3ClkSTS1Clk
Vcc3v3
R64 3.01k
TxA_C1J1
C184
0.1uF
C185
0.1uF
VCC3V3
C181 0.1uF
T30Ref Clk
RxSTS1Clk
LiuInt
TxSTS1Frm
TxA_D1RxLOS
TxA_AL
J5Mictor-38
2468101214161820
2422
2628303234363837
3533312927252321191715131197531
R7110
RxD_D0
RxD_D7RxD_D6
RxD_D2RxD_D1
RxD_D4RxD_D3
RxD_D5
RxSTS1Frm
T30STS
T30ALP
TxA_D2
TxA_PL
L17FB
R72 10
L16FB
Title
Size Document Number Rev
Date: Sheet of
0
XRT86VSH328 DS3/STS-1/OC-3 Interface
C
5 5Wednesday , October 05, 2005
I:\DEPTS\COM\T&N_APPLICATIONS\HARDWARE_DESIGN\XRT86SH328\REV0\SCHEMATIC\T86SH328SCH.DSN
RxD_Clk
TxA_D3
T30RLP
TxA_DP
RxD_C1J1
T30DLP
RxD_D4
RxD_AL
R65 10
TxA_D4
RxD_PL
RP14 10
1423
TxA_D3TxA_D2TxA_D1
TxA_D4
TxA_D7TxA_D6
TxA_D0
TxA_D5
RxD_D0
T30CMU
RxD_DP
RxD_D5
R67 10
RxD_D1
TxA_D5
T30Rst
TxDS3Pos
TxSTS1Dat
RxD_D6
RP13 10
1423
TxA_D6
LOSExt
TxDIS
T30FRP
RxD_D7
RxD_D3
T30LPT
RP15 101423
TxA_D7
TxSTS1Clk
SFPDet
RP16 101423
C208
0.1uF
C207
0.1uF
C206
0.1uF
C205
0.1uF
RxDS3Pos
TxDS3Neg
U14T91L30
RST1
LPTM2
CMUFreqSel3
TxP
Vdd
4
TxOP5
TxON6
DLOSDis7
xRxClki+8
xRxClki-9
OOF11
CDRDis12
RxIP13
RxIN14
Vdd
3v3
15
Ref Clk+16
Ref Clk-17
RxP
Vdd
10
Vdd
3v3
18V
dd3v
331
Vdd
3v3
34
TxPCkDir48
Vdd
3v3
47V
dd3v
361
GN
D21
GN
D28
GN
D35
GN
D45
GN
D46
GN
D52
TxA
GN
D37
RxA
GN
D44
TxA
Vdd
38
RxA
Vdd
43
RxD019
RxD120
RxD222
RxD323
RxD424
RxD525
RxD626
RxD727
RxPClk29
TxD058
TxD157
TxD256
TxD355
TxD454
TxD553
TxD651
TxD750
TxPClk49
DLOOP62
RLOOPS63
ALOOP64
CDRef Sel60STS12-359
FrmPulse30
TTLRef Clk36
LOSExt33
TxCap1AP39
TxCap1BP42
TxCap2BN41 TxCap2AN40
CDRAuxRef Clk32
C201 0.1uF
C202 0.1uF
C203 0.1uF
C204 0.1uF
Vcc3v 3
Vcc3v 3
TxDS3Clk
RP10120
14
23
RP1182
14
23
L23FB
C211
0.1uF
L22FB
L19FB
L20FB
L18FB
C2090.47uF
RxD_Clk
T30DLD
TxA_Clk
RP82.7k
14
23 C212
0.1uF
Vcc3v3
RP72.7k
14
23
Vcc3v 3
RxDS3Neg
Vcc3v 3
RP1282
14
23
TxA_D0RxDS3Clk
U18SFPModule
TD+18
TD-19
RD+13
RD-12
GN
D1
GN
D9
TxV
dd16
RxV
dd15
LOS8
TxFLT2
GN
D10
GN
D11
GN
D14
GN
D17
GN
D20
Def 24
Def 15
Def 06
TxDIS3
RSel7
R73
470
R7410
RP9120
14
23
C2100.47uF
L21FB
R54 37.4
R53 37.4
R51 31.6
R52 31.6
R57 31.6
Figure 6. XRT86SH328 Schematic Page 5
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XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
SECTION 4 USB Installation
Included in the Evaluation System Kit, there is an Installation file on the CD Rom called “XRT86SH328EvaluationUSB.exe”. This file should automatically load the Exar Usb drivers and the board will be up and running. However, if the following steps are performed and the board is NOT recognized by the PC, the last step in this process describes how to manually load the drivers. Step 1 Double Click the “XRT86SH328EvaluationUSB.exe” file to bring up the following screen. Click on the Next> button.
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XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
Step 2 Exar recommends using the default directory, but the files can be installed to any directory that you choose. Note: Make sure that all files from the CD are properly copied to the unique directory if it is changed. Click on the Next> button to proceed.
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XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
Step 3 Click the Next> button to continue.
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XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
Step 4 Click on the “Create a desktop icon if desired.
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XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
Step 5 Click on the Install button.
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XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
Step 6 Click on the Finish button to complete installation. The Exar USB drivers should be properly installed and ready to go. If so, continue to the next section that describes the Graphical User Interface. If not, see the last step below to manually load the Exar USB Drivers.
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XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
Manually Loading Exar Drivers (If Installation is NOT Successful) If the Evaluation Board is NOT recognized and/or the installation process was NOT successful, most likely there is a driver contention or the driver was not installed in the proper directory from the software. This section describes how to manually load the drivers. Note: Each Windows operating system may access the System Hardware differently. Therefore, it is not practical to describe this procedure for each OS. However, the key component is usually the Control Panel of the PC. From the Control Panel, you can access the System Properties dialog box. From there, choose the Hardware menu item and go to the Device Manager…
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XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
The device Manager will bring up the following dialog box. Choose the USB I/O Controlled Devices, select Exar Device, right click, select properties, select Update Driver, and then follow the directions to choose the driver from the CD or the /Driver directory in the Exar working directory (“C:\Program Files\Exar\XRT86SH328 Evaluation Software\Drivers” by default).
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XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
SECTION 5 Python Script Interface
Running a Python Script From the GUI From the main GUI, select the Special Operations menu shown below and click on the “Run Python Script” to continue.
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XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
Once you select the “Run Python Script” option from the Special Operations menu from the GUI, the “xrScripting Interface” will pop-up as shown below. At this point, the xrScripting Interface is independent of the GUI and any script files that are run will automatically overwrite the GUI settings if there is an overlap with the registers. Therefore, caution must be used to keep track of the register configurations if one wants to toggle back and forth from the GUI to the xrScripting Interface. The next step is to use the “Special” menu on the tool bar to run the actual test script file. Note: If you would like to view a particular test script in a plain text editor mode, use the “File” menu on the tool bar and select “Open”.
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XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
Once you select the “Run Python Script” option from the “xrScripting Interface”, the following dialog box will appear. The first python script that should be run is the “voyager_startup.py” which will automatically run all the other script files for you. This way, you do NOT have to run each one individually. Once this file runs, you can open up any one of these files for reference. Select the “voyager_startup.py” script file and click Open.
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XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
After running the “voyager_startup.py” script and a brief pause, the following dialog box will appear. This is the main Python Window that consists of two main windows. The window on top is the Display Monitor, which as can be seen starts with the message “Voyager is Detected and Ready…”. The bottom Window is the Command Console where you can perform manual Read/Write to registers and perform function calls. See the examples on the following pages.
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XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
Example 1: Read the Revision ID Register Looking at the dialog box below, you can see that the Command Console (lower window) was used to type the following command: readhex(0x0005), which is the Revision ID register. You can also see that the value of 0x1 was returned in the Display Monitor (upper window), which corresponds to Revision A silicon. Note 1: Critical: You must press Ctrl + Enter to execute a command from the Command Console! Note 2: in the lower window, the command is highlighted in Grey. The Grey highlight notifies the user that the command has been executed. If the Grey highlight does not appear, the command (or function) is still being processed. Please wait for the Grey highlight before continuing.
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XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
Example 2: Write to Specific Register Looking at the dialog box below, you can see that the Command Console (lower window) was used to type the following command: writereg(0x1000, 0x20), which will turn the E1 LIU Receiver On. Nothing will show up in the Display Monitor for Write functions. However, you can perform a Read function to verify that the value was written if desired. Note: Critical: You must press Ctrl + Enter to execute a command from the Command Console!
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XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
Example 3: Run a Function Call for STM-0 Serial Interface The following function “e1_sts1()” (which is located in the “test_scripts.py” script file) will set a general provision for running 21 channels of E1 traffic, VT Mapped up to STM-0 and output to the Serial Interface. On the Evaluation Board, a jumper cable can be used to externally route the output of the XRT75VL00 to the inputs. Once this is done, there should be no bit errors on the Test Equipment. From this point, the manual Read/Write access or a customized script can be used to fit a particular application. Note: Critical: You must press Ctrl + Enter to execute a command from the Command Console!
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XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
Example 4: Run a Function Call for STM-0 Telecom Bus Interface The following function “tb_stm1()” (which is located in the “test_scripts.py” script file) will set a general provision for running 21 channels of E1 traffic, VT Mapped up to STM-1 and output to the Telecom Bus. From this point, the manual Read/Write access or a customized script can be used to fit a particular application. Note: Critical: You must press Ctrl + Enter to execute a command from the Command Console!
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XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
SECTION 6 Graphical User Interface To start the GUI, double click on the xrt86sh328.exe icon, or select it through the start menu. The following dialog box will appear:
When the FPGA is finished downloading, the following choices need to be made depending on the application.
After the selections have been made, please wait a moment for the device to be configured.
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XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
The following dialog will appear and you will be ready to evaluate the XRT86SH328 device.
Select Test->Evaluation to begin evaluation.
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XRT86SH328ES Rev 1.01 Voyager Evaluation System User Manual
This dialog box allows the user to configure, generate and detect alarms.