XMOS USB Audio 2 MC xmos

xmos-usb-audio-2-mc / DesignFiles / WIR / DIGITAL_IO.1

21.3 KB · raw

| Wirelist created using version 6.0 
V 6.0
DW DIGITAL_IO
|Q Connector:rca_jack_rcj014 1
AS Connector:rca_jack_rcj014 LEVEL=STD
AS Connector:rca_jack_rcj014 PARTS=1
AS Connector:rca_jack_rcj014 DEVICE=??
AS Connector:rca_jack_rcj014 REFDES=J?
AS Connector:rca_jack_rcj014 VALUE
AS Connector:rca_jack_rcj014 FORWARD_PCB=1
AS Connector:rca_jack_rcj014 INOV_VER_REC=19:33:27_1-14-09
AS Connector:rca_jack_rcj014 PINORDER=1A 1B 1C 2
AP Connector:rca_jack_rcj014 1 #=1A
AP Connector:rca_jack_rcj014 1 PINTYPE=ANALOG
AP Connector:rca_jack_rcj014 2 #=1B
AP Connector:rca_jack_rcj014 2 PINTYPE=ANALOG
AP Connector:rca_jack_rcj014 3 #=1C
AP Connector:rca_jack_rcj014 3 PINTYPE=ANALOG
AP Connector:rca_jack_rcj014 4 #=2
AP Connector:rca_jack_rcj014 4 PINTYPE=ANALOG
|Q Discretes:ferrite 1
AS Discretes:ferrite INOV_VER_REC=13:54:27_6-30-10
AS Discretes:ferrite PINOFF
AS Discretes:ferrite LEVEL=STD
AS Discretes:ferrite PARTS=1
AS Discretes:ferrite REFDES=FB?
AS Discretes:ferrite VALUE=XXR
AS Discretes:ferrite DEVICE=FB
AS Discretes:ferrite I_RATED=XXA
AS Discretes:ferrite FORWARD_PCB=1
AS Discretes:ferrite PINORDER=P1 P2
AP Discretes:ferrite 1 #=1
AP Discretes:ferrite 1 PINTYPE=ANALOG
AP Discretes:ferrite 2 #=2
AP Discretes:ferrite 2 PINTYPE=ANALOG
|Q Connector:opt_tx_totx 1
AS Connector:opt_tx_totx LEVEL=STD
AS Connector:opt_tx_totx PARTS=1
AS Connector:opt_tx_totx DEVICE=??
AS Connector:opt_tx_totx REFDES=J?
AS Connector:opt_tx_totx VALUE
AS Connector:opt_tx_totx FORWARD_PCB=1
AS Connector:opt_tx_totx INOV_VER_REC=15:48:4_1-26-09
AS Connector:opt_tx_totx PINORDER=GND IN VCC
AP Connector:opt_tx_totx 1 #=1
AP Connector:opt_tx_totx 1 PINTYPE=ANALOG
AP Connector:opt_tx_totx 2 #=3
AP Connector:opt_tx_totx 2 PINTYPE=ANALOG
AP Connector:opt_tx_totx 3 #=2
AP Connector:opt_tx_totx 3 PINTYPE=ANALOG
|Q Discretes:transformer_da100 1
AS Discretes:transformer_da100 LEVEL=STD
AS Discretes:transformer_da100 PARTS=1
AS Discretes:transformer_da100 REFDES=T?
AS Discretes:transformer_da100 VALUE
AS Discretes:transformer_da100 DEVICE=T
AS Discretes:transformer_da100 FORWARD_PCB=1
AS Discretes:transformer_da100 INOV_VER_REC=19:23:28_1-15-09
AS Discretes:transformer_da100 PINORDER=P1 P3 P4 P6
AP Discretes:transformer_da100 1 #=1
AP Discretes:transformer_da100 1 PINTYPE=ANALOG
AP Discretes:transformer_da100 2 #=3
AP Discretes:transformer_da100 2 PINTYPE=ANALOG
AP Discretes:transformer_da100 3 #=4
AP Discretes:transformer_da100 3 PINTYPE=ANALOG
AP Discretes:transformer_da100 4 #=6
AP Discretes:transformer_da100 4 PINTYPE=ANALOG
|Q IC_Logic:nc7sz175 1
AS IC_Logic:nc7sz175 INOV_VER_REC=19:34:26_1-16-09
AS IC_Logic:nc7sz175 LEVEL=STD
AS IC_Logic:nc7sz175 PARTS=1
AS IC_Logic:nc7sz175 DEVICE=??
AS IC_Logic:nc7sz175 REFDES=U?
AS IC_Logic:nc7sz175 VALUE
AS IC_Logic:nc7sz175 FORWARD_PCB=1
AS IC_Logic:nc7sz175 PINORDER=CP C_N D GND Q VCC
AP IC_Logic:nc7sz175 1 #=1
AP IC_Logic:nc7sz175 1 PINTYPE=IN
AP IC_Logic:nc7sz175 2 #=6
AP IC_Logic:nc7sz175 2 PINTYPE=IN
AP IC_Logic:nc7sz175 3 #=3
AP IC_Logic:nc7sz175 3 PINTYPE=IN
AP IC_Logic:nc7sz175 4 #=2
AP IC_Logic:nc7sz175 4 PINTYPE=ANALOG
AP IC_Logic:nc7sz175 5 #=4
AP IC_Logic:nc7sz175 5 PINTYPE=OUT
AP IC_Logic:nc7sz175 6 #=5
AP IC_Logic:nc7sz175 6 PINTYPE=ANALOG
|Q Discretes:res 1
AS Discretes:res PINOFF
AS Discretes:res VALUE=XXR
AS Discretes:res LEVEL=STD
AS Discretes:res PARTS=1
AS Discretes:res REFDES=R?
AS Discretes:res DEVICE=R
AS Discretes:res FORWARD_PCB=1
AS Discretes:res INOV_VER_REC=16:58:57_12-12-08
AS Discretes:res PINORDER=A B
AP Discretes:res 1 #=1
AP Discretes:res 1 PINTYPE=ANALOG
AP Discretes:res 2 #=2
AP Discretes:res 2 PINTYPE=ANALOG
|Q Connector:opt_rx_torx 1
AS Connector:opt_rx_torx LEVEL=STD
AS Connector:opt_rx_torx PARTS=1
AS Connector:opt_rx_torx DEVICE=??
AS Connector:opt_rx_torx REFDES=J?
AS Connector:opt_rx_torx VALUE
AS Connector:opt_rx_torx FORWARD_PCB=1
AS Connector:opt_rx_torx INOV_VER_REC=15:46:58_1-26-09
AS Connector:opt_rx_torx PINORDER=GND OUT VCC
AP Connector:opt_rx_torx 1 #=2
AP Connector:opt_rx_torx 1 PINTYPE=ANALOG
AP Connector:opt_rx_torx 2 #=1
AP Connector:opt_rx_torx 2 PINTYPE=ANALOG
AP Connector:opt_rx_torx 3 #=3
AP Connector:opt_rx_torx 3 PINTYPE=ANALOG
AS Special:in Pin!Order=IN
AS Special:in IN
AS Special:in FORWARD_PCB=0
AS Special:in INOV_VER_REC=18:48:11_12-17-08
AS Special:in PINORDER=IN
AP Special:in 1 PINTYPE=IN
AS Special:out OUT
AS Special:out Pin!Order=OUT
AS Special:out FORWARD_PCB=0
AS Special:out INOV_VER_REC=18:48:22_12-17-08
AS Special:out PINORDER=OUT
AP Special:out 1 PINTYPE=OUT
|Q Discretes:cap_np 1
AS Discretes:cap_np PINOFF
AS Discretes:cap_np LEVEL=STD
AS Discretes:cap_np PARTS=1
AS Discretes:cap_np REFDES=C?
AS Discretes:cap_np VALUE=XXU
AS Discretes:cap_np VOLTAGE=XV
AS Discretes:cap_np DEVICE=C
AS Discretes:cap_np FORWARD_PCB=1
AS Discretes:cap_np INOV_VER_REC=19:50:28_11-21-08
AS Discretes:cap_np PINORDER=T1 T2
AP Discretes:cap_np 1 #=1
AP Discretes:cap_np 1 PINTYPE=ANALOG
AP Discretes:cap_np 2 #=2
AP Discretes:cap_np 2 PINTYPE=ANALOG
|Q IC_General:lvds_rx_sot23 1
AS IC_General:lvds_rx_sot23 VALUE
AS IC_General:lvds_rx_sot23 LEVEL=STD
AS IC_General:lvds_rx_sot23 PARTS=1
AS IC_General:lvds_rx_sot23 DEVICE=??
AS IC_General:lvds_rx_sot23 REFDES=U?
AS IC_General:lvds_rx_sot23 FORWARD_PCB=1
AS IC_General:lvds_rx_sot23 INOV_VER_REC=11:34:57_5-24-10
AS IC_General:lvds_rx_sot23 PINORDER=GND IN_N IN_P OUT VCC
AP IC_General:lvds_rx_sot23 1 #=2
AP IC_General:lvds_rx_sot23 1 PINTYPE=IN
AP IC_General:lvds_rx_sot23 2 #=4
AP IC_General:lvds_rx_sot23 2 PINTYPE=IN
AP IC_General:lvds_rx_sot23 3 #=3
AP IC_General:lvds_rx_sot23 3 PINTYPE=IN
AP IC_General:lvds_rx_sot23 4 #=5
AP IC_General:lvds_rx_sot23 4 PINTYPE=OUT
AP IC_General:lvds_rx_sot23 5 #=1
AP IC_General:lvds_rx_sot23 5 PINTYPE=IN
|Q Discretes:zener 1
AS Discretes:zener PINOFF
AS Discretes:zener LEVEL=STD
AS Discretes:zener PARTS=1
AS Discretes:zener REFDES=D?
AS Discretes:zener VALUE
AS Discretes:zener FORWARD_PCB=1
AS Discretes:zener INOV_VER_REC=17:54:45_10-12-09
AS Discretes:zener PINORDER=A K
AP Discretes:zener 1 #=A
AP Discretes:zener 1 PINTYPE=ANALOG
AP Discretes:zener 2 #=K
AP Discretes:zener 2 PINTYPE=ANALOG
AN $1N30 NC
AN $1N239 NC
AN $1N240 NC
AN $1N241 NC
G VDD+3V3
G GND
M Connector:rca_jack_rcj014 $1I99
I $1I99 Connector:rca_jack_rcj014 GND $1N240 $1N241 $1N108 COST=0.24`HEIGHT=12.3`MANUFACTURER_PART=RCJ-014`DXDB_LIBNAME=Connectors`MANUFACTURER=CUI`DATASHEET=http://www.cui.com/pdffiles/RCJ-04X.pdf`PKG_TYPE=RCA_JACK_RCJ_014`VALUE=RCJ-014`DESCRIPTION=RCA Jack, Right Angle, Through Hole`DEVICE=E-04-0011`REFDES=J?`
|R 19:33:27_1-14-09
API $1I99 Connector:rca_jack_rcj014 1 #=1A
API $1I99 Connector:rca_jack_rcj014 2 #=1B
API $1I99 Connector:rca_jack_rcj014 3 #=1C
API $1I99 Connector:rca_jack_rcj014 4 #=2
M Discretes:ferrite $1I97
I $1I97 Discretes:ferrite $1N5 VDD+3V3 DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/L0110S0101BLM18E.pdf`MAX_DCR=0.21R`VALUE=470R`COST=0.083`HEIGHT=0.95`MANUFACTURER=Murata`DEVICE=E-08-0001`REFDES=FB?`DXDB_LIBNAME=Ferrites`I_RATED=500mA`PKG_TYPE=0603`DESCRIPTION=Ferrite Bead, 470R AT 100MHz, 0603, 0.5A`MANUFACTURER_PART=BLM18EG471SN1`
|R 13:54:27_6-30-10
API $1I97 Discretes:ferrite 1 #=1
API $1I97 Discretes:ferrite 2 #=2
M Connector:opt_tx_totx $1I238
I $1I238 Connector:opt_tx_totx GND $1N122 $1N5 DXDB_LIBNAME=Connectors`MANUFACTURER_PART=TOTX147PL`DESCRIPTION=Optical Digital Audio Transmitter, 96kHz capable, 3.3V`DATASHEET=http://www.toshiba.com/taec/components/Datasheet/TOTX147PL_F_T.pdf`DEVICE=E-04-0013`PKG_TYPE=OPT_IO_TOXX147PL`MANUFACTURER=Toshiba`REFDES=J?`HEIGHT=10.3`COST=0.84`VALUE=TOTX147PL`
|R 15:48:4_1-26-09
API $1I238 Connector:opt_tx_totx 1 #=1
API $1I238 Connector:opt_tx_totx 2 #=3
API $1I238 Connector:opt_tx_totx 3 #=2
M Connector:rca_jack_rcj014 $1I25
I $1I25 Connector:rca_jack_rcj014 $1N32 $1N30 $1N239 $1N27 HEIGHT=12.3`PKG_TYPE=RCA_JACK_RCJ_014`DATASHEET=http://www.cui.com/pdffiles/RCJ-04X.pdf`MANUFACTURER=CUI`DEVICE=E-04-0011`DXDB_LIBNAME=Connectors`MANUFACTURER_PART=RCJ-014`DESCRIPTION=RCA Jack, Right Angle, Through Hole`REFDES=J?`VALUE=RCJ-014`COST=0.24`
|R 19:33:27_1-14-09
API $1I25 Connector:rca_jack_rcj014 1 #=1A
API $1I25 Connector:rca_jack_rcj014 2 #=1B
API $1I25 Connector:rca_jack_rcj014 3 #=1C
API $1I25 Connector:rca_jack_rcj014 4 #=2
M Discretes:transformer_da100 $1I26
I $1I26 Discretes:transformer_da100 $1N46 GND $1N32 $1N27 DESCRIPTION=Transformer, Digital Audio, SMD`DATASHEET=http://www.murata-ps.com/data/magnetics/kmp_da100.pdf`HEIGHT=6.5`DXDB_LIBNAME=Magnetics`COST=1.5`I_RATED_TEMP=NA`PKG_TYPE=TRANSFORMER_DA10XMC`TOLERANCE=2`REFDES=T?`MANUFACTURER_PART=DA102MC`MAX_DCR=NA`I_RATED_SAT=NA`VALUE=DA102C`MANUFACTURER=Murata`DEVICE=E-09-0003`
|R 19:23:28_1-15-09
API $1I26 Discretes:transformer_da100 1 #=1
API $1I26 Discretes:transformer_da100 2 #=3
API $1I26 Discretes:transformer_da100 3 #=4
API $1I26 Discretes:transformer_da100 4 #=6
M IC_Logic:nc7sz175 $1I56
I $1I56 IC_Logic:nc7sz175 MCLK VDD+3V3 COAXIAL_TX GND $1N275 VDD+3V3 COST=0.07`DATASHEET=http://www.fairchildsemi.com/ds/NC/NC7SZ175.pdf`DXDB_LIBNAME=IC_General`REFDES=U?`HEIGHT=1.1`VALUE=NC7SZ175`PKG_TYPE=SC70_6`DESCRIPTION=Single D-Type Flip-Flop, UHS Series, SC70`DEVICE=E-13-0005`MANUFACTURER_PART=NC7SZ175P6X`MANUFACTURER=Fairchild`
|R 19:34:26_1-16-09
API $1I56 IC_Logic:nc7sz175 1 #=1
API $1I56 IC_Logic:nc7sz175 2 #=6
API $1I56 IC_Logic:nc7sz175 3 #=3
API $1I56 IC_Logic:nc7sz175 4 #=2
API $1I56 IC_Logic:nc7sz175 5 #=4
API $1I56 IC_Logic:nc7sz175 6 #=5
M Discretes:res $1I44
I $1I44 Discretes:res GND $1N46 MANUFACTURER=ROHM`POWER=0.1`DXDB_LIBNAME=Resistors`REFDES=R?`DESCRIPTION=RES 107R 0603 1%`DEVICE=E-01-0023`TOLERANCE=1`VALUE=107R`HEIGHT=0.55`COST=0.005`VOLTAGE=50`PKG_TYPE=0603`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`MANUFACTURER_PART=MCR03EZPFX1070`
|R 16:58:57_12-12-08
API $1I44 Discretes:res 1 #=1
API $1I44 Discretes:res 2 #=2
M Discretes:res $1I45
I $1I45 Discretes:res $1N54 $1N46 MANUFACTURER_PART=MCR03EZPFX2320`MANUFACTURER=ROHM`DXDB_LIBNAME=Resistors`HEIGHT=0.55`DEVICE=E-01-0024`REFDES=R?`PKG_TYPE=0603`TOLERANCE=1`VALUE=232R`DESCRIPTION=RES 232R 0603 1%`COST=0.005`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`POWER=0.1`VOLTAGE=50`
|R 16:58:57_12-12-08
API $1I45 Discretes:res 1 #=1
API $1I45 Discretes:res 2 #=2
M Discretes:ferrite $1I117
I $1I117 Discretes:ferrite $1N113 VDD+3V3 DESCRIPTION=Ferrite Bead, 470R AT 100MHz, 0603, 0.5A`DEVICE=E-08-0001`I_RATED=500mA`MAX_DCR=0.21R`REFDES=FB?`DXDB_LIBNAME=Ferrites`HEIGHT=0.95`COST=0.083`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/L0110S0101BLM18E.pdf`MANUFACTURER_PART=BLM18EG471SN1`MANUFACTURER=Murata`PKG_TYPE=0603`VALUE=470R`
|R 13:54:27_6-30-10
API $1I117 Discretes:ferrite 1 #=1
API $1I117 Discretes:ferrite 2 #=2
M Connector:opt_rx_torx $1I237
I $1I237 Connector:opt_rx_torx GND $1N470 $1N113 COST=0.91`DATASHEET=http://www.toshiba.com/taec/components/Datasheet/TORX147PL_F_T.pdf`MANUFACTURER_PART=TORX147PL`DESCRIPTION=Optical Digital Audio Receiver, 96kHz capable, 3.3V`DEVICE=E-04-0012`REFDES=J?`DXDB_LIBNAME=Connectors`HEIGHT=10.3`MANUFACTURER=Toshiba`PKG_TYPE=OPT_IO_TOXX147PL`VALUE=TORX147PL`
|R 15:46:58_1-26-09
API $1I237 Connector:opt_rx_torx 1 #=2
API $1I237 Connector:opt_rx_torx 2 #=1
API $1I237 Connector:opt_rx_torx 3 #=3
P Special:in COAXIAL_TX
I COAXIAL_TX Special:in COAXIAL_TX DEVICE`
|R 18:48:11_12-17-08
P Special:in OPTICAL_TX
I OPTICAL_TX Special:in OPTICAL_TX DEVICE`
|R 18:48:11_12-17-08
P Special:in MCLK
I MCLK Special:in MCLK DEVICE`
|R 18:48:11_12-17-08
M IC_Logic:nc7sz175 $1I286
I $1I286 IC_Logic:nc7sz175 MCLK VDD+3V3 OPTICAL_TX GND $1N122 VDD+3V3 COST=0.07`DATASHEET=http://www.fairchildsemi.com/ds/NC/NC7SZ175.pdf`DXDB_LIBNAME=IC_General`REFDES=U?`HEIGHT=1.1`VALUE=NC7SZ175`PKG_TYPE=SC70_6`DESCRIPTION=Single D-Type Flip-Flop, UHS Series, SC70`DEVICE=E-13-0005`MANUFACTURER_PART=NC7SZ175P6X`MANUFACTURER=Fairchild`
|R 19:34:26_1-16-09
API $1I286 IC_Logic:nc7sz175 1 #=1
API $1I286 IC_Logic:nc7sz175 2 #=6
API $1I286 IC_Logic:nc7sz175 3 #=3
API $1I286 IC_Logic:nc7sz175 4 #=2
API $1I286 IC_Logic:nc7sz175 5 #=4
API $1I286 IC_Logic:nc7sz175 6 #=5
P Special:out OPTICAL_RX
I OPTICAL_RX Special:out OPTICAL_RX 
|R 18:48:22_12-17-08
P Special:out COAXIAL_RX
I COAXIAL_RX Special:out COAXIAL_RX DEVICE`
|R 18:48:22_12-17-08
M Discretes:cap_np $1I303
I $1I303 Discretes:cap_np $1N46 GND DXDB_LIBNAME=Capacitors`HEIGHT=0.9`COST=0.007`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM1885C1H470JA01.pdf`MANUFACTURER_PART=GRM1885C1H470JA01`MANUFACTURER=Murata`TOLERANCE=5`VOLTAGE=50`DIELECTRIC=COG`PKG_TYPE=0603`VALUE=47P`DESCRIPTION=MLCC 47pF 0603 COG 50V`DEVICE=E-02-0034`REFDES=C?`
|R 19:50:28_11-21-08
API $1I303 Discretes:cap_np 1 #=1
API $1I303 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I502
I $1I502 Discretes:cap_np VDD+3V3 GND MANUFACTURER=Murata`TOLERANCE=10`VOLTAGE=16`DIELECTRIC=X7R`PKG_TYPE=0603`VALUE=100N`DESCRIPTION=MLCC 100nF 0603 X7R 16V`DEVICE=E-02-0017`REFDES=C?`DXDB_LIBNAME=Capacitors`HEIGHT=0.9`COST=0.007`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM188R71C104KA01.pdf`MANUFACTURER_PART=GRM188R71C104KA01`
|R 19:50:28_11-21-08
API $1I502 Discretes:cap_np 1 #=1
API $1I502 Discretes:cap_np 2 #=2
M Discretes:res $1I429
I $1I429 Discretes:res VBIAS_B $1N392 DXDB_LIBNAME=Resistors`HEIGHT=0.55`COST=0.005`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`MANUFACTURER_PART=MCR03EZPFX4700`MANUFACTURER=ROHM`POWER=0.1`VOLTAGE=50`PKG_TYPE=0603`TOLERANCE=1`VALUE=470R`DESCRIPTION=RES 470R 0603 1%`DEVICE=E-01-0022`REFDES=R?`
|R 16:58:57_12-12-08
API $1I429 Discretes:res 1 #=1
API $1I429 Discretes:res 2 #=2
M Discretes:cap_np $1I436
I $1I436 Discretes:cap_np $1N391 $1N108 DXDB_LIBNAME=Capacitors`HEIGHT=0.9`COST=0.007`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM188R71C104KA01.pdf`MANUFACTURER_PART=GRM188R71C104KA01`MANUFACTURER=Murata`TOLERANCE=10`VOLTAGE=16`DIELECTRIC=X7R`PKG_TYPE=0603`VALUE=100N`DESCRIPTION=MLCC 100nF 0603 X7R 16V`DEVICE=E-02-0017`REFDES=C?`
|R 19:50:28_11-21-08
API $1I436 Discretes:cap_np 1 #=1
API $1I436 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I443
I $1I443 Discretes:cap_np $1N392 GND MANUFACTURER=Murata`MANUFACTURER_PART=GRM188R71C104KA01`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM188R71C104KA01.pdf`COST=0.007`HEIGHT=0.9`DXDB_LIBNAME=Capacitors`REFDES=C?`DEVICE=E-02-0017`DESCRIPTION=MLCC 100nF 0603 X7R 16V`VALUE=100N`PKG_TYPE=0603`DIELECTRIC=X7R`VOLTAGE=16`TOLERANCE=10`
|R 19:50:28_11-21-08
API $1I443 Discretes:cap_np 1 #=1
API $1I443 Discretes:cap_np 2 #=2
M IC_General:lvds_rx_sot23 $1I444
I $1I444 IC_General:lvds_rx_sot23 GND $1N392 $1N391 $1N390 VDD+3V3 DXDB_LIBNAME=IC_General`HEIGHT=1.4`COST=0.32`DATASHEET=http://www.fairchildsemi.com/ds/FI/FIN1002.pdf`MANUFACTURER_PART=FIN1002M5`MANUFACTURER=Fairchild`VALUE=FIN1002`PKG_TYPE=SOT23_5`DESCRIPTION=High Speed Differential Receiver, LVDS, 3.3V, SOT23-5`DEVICE=E-13-0053`REFDES=U?`
|R 11:34:57_5-24-10
API $1I444 IC_General:lvds_rx_sot23 1 #=2
API $1I444 IC_General:lvds_rx_sot23 2 #=4
API $1I444 IC_General:lvds_rx_sot23 3 #=3
API $1I444 IC_General:lvds_rx_sot23 4 #=5
API $1I444 IC_General:lvds_rx_sot23 5 #=1
M Discretes:res $1I458
I $1I458 Discretes:res VBIAS_B $1N391 DXDB_LIBNAME=Resistors`HEIGHT=0.55`COST=0.005`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`MANUFACTURER_PART=MCR03EZPFX4700`MANUFACTURER=ROHM`POWER=0.1`VOLTAGE=50`PKG_TYPE=0603`TOLERANCE=1`VALUE=470R`DESCRIPTION=RES 470R 0603 1%`DEVICE=E-01-0022`REFDES=R?`
|R 16:58:57_12-12-08
API $1I458 Discretes:res 1 #=1
API $1I458 Discretes:res 2 #=2
M Discretes:res $1I459
I $1I459 Discretes:res $1N108 GND DXDB_LIBNAME=Resistors`HEIGHT=0.55`COST=0.005`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`MANUFACTURER_PART=MCR03EZPFX91R0`MANUFACTURER=ROHM`POWER=0.1`VOLTAGE=50`PKG_TYPE=0603`TOLERANCE=1`VALUE=91R`DESCRIPTION=RES 91R 0603 1%`DEVICE=E-01-0081`REFDES=R?`
|R 16:58:57_12-12-08
API $1I459 Discretes:res 1 #=1
API $1I459 Discretes:res 2 #=2
M Discretes:res $1I460
I $1I460 Discretes:res $1N390 COAXIAL_RX DXDB_LIBNAME=Resistors`HEIGHT=0.55`COST=0.005`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`MANUFACTURER_PART=MCR03EZPFX33R0`MANUFACTURER=ROHM`POWER=0.1`VOLTAGE=50`PKG_TYPE=0603`TOLERANCE=1`VALUE=33R`DESCRIPTION=RES 33R 0603 1%`DEVICE=E-01-0008`REFDES=R?`
|R 16:58:57_12-12-08
API $1I460 Discretes:res 1 #=1
API $1I460 Discretes:res 2 #=2
M Discretes:res $1I503
I $1I503 Discretes:res $1N470 OPTICAL_RX DXDB_LIBNAME=Resistors`HEIGHT=0.55`COST=0.005`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`MANUFACTURER_PART=MCR03EZPJ000`MANUFACTURER=ROHM`POWER=0.1`VOLTAGE=50`PKG_TYPE=0603`VALUE=0R`DESCRIPTION=RES 0R 0603 1%`DEVICE=E-01-0012`REFDES=R?`
|R 16:58:57_12-12-08
API $1I503 Discretes:res 1 #=1
API $1I503 Discretes:res 2 #=2
M Discretes:cap_np $1I504
I $1I504 Discretes:cap_np $1N5 GND DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM188R71C104KA01.pdf`MANUFACTURER_PART=GRM188R71C104KA01`COST=0.007`DXDB_LIBNAME=Capacitors`HEIGHT=0.9`REFDES=C?`DESCRIPTION=MLCC 100nF 0603 X7R 16V`DEVICE=E-02-0017`PKG_TYPE=0603`VALUE=100N`VOLTAGE=16`DIELECTRIC=X7R`MANUFACTURER=Murata`TOLERANCE=10`
|R 19:50:28_11-21-08
API $1I504 Discretes:cap_np 1 #=1
API $1I504 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I505
I $1I505 Discretes:cap_np $1N113 GND DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM188R71C104KA01.pdf`MANUFACTURER_PART=GRM188R71C104KA01`COST=0.007`DXDB_LIBNAME=Capacitors`HEIGHT=0.9`REFDES=C?`DESCRIPTION=MLCC 100nF 0603 X7R 16V`DEVICE=E-02-0017`PKG_TYPE=0603`VALUE=100N`VOLTAGE=16`DIELECTRIC=X7R`MANUFACTURER=Murata`TOLERANCE=10`
|R 19:50:28_11-21-08
API $1I505 Discretes:cap_np 1 #=1
API $1I505 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I506
I $1I506 Discretes:cap_np $1N275 $1N54 DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM188R71C104KA01.pdf`MANUFACTURER_PART=GRM188R71C104KA01`COST=0.007`DXDB_LIBNAME=Capacitors`HEIGHT=0.9`REFDES=C?`DESCRIPTION=MLCC 100nF 0603 X7R 16V`DEVICE=E-02-0017`PKG_TYPE=0603`VALUE=100N`VOLTAGE=16`DIELECTRIC=X7R`MANUFACTURER=Murata`TOLERANCE=10`
|R 19:50:28_11-21-08
API $1I506 Discretes:cap_np 1 #=1
API $1I506 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I507
I $1I507 Discretes:cap_np VDD+3V3 GND DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM188R71C104KA01.pdf`MANUFACTURER_PART=GRM188R71C104KA01`COST=0.007`DXDB_LIBNAME=Capacitors`HEIGHT=0.9`REFDES=C?`DESCRIPTION=MLCC 100nF 0603 X7R 16V`DEVICE=E-02-0017`PKG_TYPE=0603`VALUE=100N`VOLTAGE=16`DIELECTRIC=X7R`MANUFACTURER=Murata`TOLERANCE=10`
|R 19:50:28_11-21-08
API $1I507 Discretes:cap_np 1 #=1
API $1I507 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I466
I $1I466 Discretes:cap_np VBIAS_B GND REFDES=C?`DEVICE=E-02-0017`DESCRIPTION=MLCC 100nF 0603 X7R 16V`VALUE=100N`PKG_TYPE=0603`DIELECTRIC=X7R`VOLTAGE=16`TOLERANCE=10`MANUFACTURER=Murata`MANUFACTURER_PART=GRM188R71C104KA01`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM188R71C104KA01.pdf`COST=0.007`HEIGHT=0.9`DXDB_LIBNAME=Capacitors`
|R 19:50:28_11-21-08
API $1I466 Discretes:cap_np 1 #=1
API $1I466 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I508
I $1I508 Discretes:cap_np VDD+3V3 GND DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM188R71C104KA01.pdf`MANUFACTURER_PART=GRM188R71C104KA01`COST=0.007`DXDB_LIBNAME=Capacitors`HEIGHT=0.9`REFDES=C?`DESCRIPTION=MLCC 100nF 0603 X7R 16V`DEVICE=E-02-0017`PKG_TYPE=0603`VALUE=100N`VOLTAGE=16`DIELECTRIC=X7R`MANUFACTURER=Murata`TOLERANCE=10`
|R 19:50:28_11-21-08
API $1I508 Discretes:cap_np 1 #=1
API $1I508 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I509
I $1I509 Discretes:cap_np $1N32 GND DXDB_LIBNAME=Capacitors`HEIGHT=0.9`COST=0.007`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM1885C1H330JA01.pdf`MANUFACTURER_PART=GRM1885C1H330JA01`MANUFACTURER=Murata`TOLERANCE=5`VOLTAGE=50`DIELECTRIC=COG`PKG_TYPE=0603`VALUE=33P`DESCRIPTION=MLCC 33pF 0603 COG 50V`DEVICE=E-02-0018`REFDES=C?`
|R 19:50:28_11-21-08
API $1I509 Discretes:cap_np 1 #=1
API $1I509 Discretes:cap_np 2 #=2
M Discretes:res $1I486
I $1I486 Discretes:res GND VBIAS_B DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`TOLERANCE=1`MANUFACTURER=ROHM`PKG_TYPE=0603`DESCRIPTION=RES 470R 0603 1%`DXDB_LIBNAME=Resistors`VALUE=470R`DEVICE=E-01-0022`VOLTAGE=50`REFDES=R?`POWER=0.1`HEIGHT=0.55`COST=0.005`MANUFACTURER_PART=MCR03EZPFX4700`
|R 16:58:57_12-12-08
API $1I486 Discretes:res 1 #=1
API $1I486 Discretes:res 2 #=2
M Discretes:res $1I488
I $1I488 Discretes:res VBIAS_B VDD+3V3 VOLTAGE=50`PKG_TYPE=0603`TOLERANCE=1`VALUE=820R`DXDB_LIBNAME=Resistors`MANUFACTURER=ROHM`POWER=0.1`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`MANUFACTURER_PART=MCR03EZPFX8200`DESCRIPTION=RES 820R 0603 1%`DEVICE=E-01-0098`REFDES=R?`HEIGHT=0.55`COST=0.005`
|R 16:58:57_12-12-08
API $1I488 Discretes:res 1 #=1
API $1I488 Discretes:res 2 #=2
M Discretes:zener $1I494
I $1I494 Discretes:zener GND $1N108 DXDB_LIBNAME=Discrete Semis`HEIGHT=0.55`COST=0.124`DATASHEET=http://www.circuitprotection.com/catalog/pesdDS.pdf`MANUFACTURER_PART=PESD0603-240`MANUFACTURER=Tyco`VALUE=PESD0603-240`PKG_TYPE=0603_LED`DESCRIPTION=High Frequency ESD Protection Diode, 24V Stand-Off, 0.25pF, 0603`DEVICE=E-10-0017`REFDES=D?`
|R 17:54:45_10-12-09
API $1I494 Discretes:zener 1 #=A
API $1I494 Discretes:zener 2 #=K
EW