| Wirelist created using version 6.0 
V 6.0
DW CLOCKING
|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 IC_Logic:nc7nz34 1
AS IC_Logic:nc7nz34 LEVEL=STD
AS IC_Logic:nc7nz34 PARTS=1
AS IC_Logic:nc7nz34 DEVICE=??
AS IC_Logic:nc7nz34 REFDES=U?
AS IC_Logic:nc7nz34 VALUE
AS IC_Logic:nc7nz34 FORWARD_PCB=1
AS IC_Logic:nc7nz34 INOV_VER_REC=15:37:6_3-10-09
AS IC_Logic:nc7nz34 PINORDER=1A 1Y 2A 2Y 3A 3Y GND VCC
AP IC_Logic:nc7nz34 1 #=1
AP IC_Logic:nc7nz34 1 PINTYPE=IN
AP IC_Logic:nc7nz34 2 #=7
AP IC_Logic:nc7nz34 2 PINTYPE=OUT
AP IC_Logic:nc7nz34 3 #=3
AP IC_Logic:nc7nz34 3 PINTYPE=IN
AP IC_Logic:nc7nz34 4 #=5
AP IC_Logic:nc7nz34 4 PINTYPE=OUT
AP IC_Logic:nc7nz34 5 #=6
AP IC_Logic:nc7nz34 5 PINTYPE=IN
AP IC_Logic:nc7nz34 6 #=2
AP IC_Logic:nc7nz34 6 PINTYPE=OUT
AP IC_Logic:nc7nz34 7 #=4
AP IC_Logic:nc7nz34 7 PINTYPE=ANALOG
AP IC_Logic:nc7nz34 8 #=8
AP IC_Logic:nc7nz34 8 PINTYPE=ANALOG
|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:cs2300_cp 1
AS IC_General:cs2300_cp PARTS=1
AS IC_General:cs2300_cp REFDES=U?
AS IC_General:cs2300_cp LEVEL=STD
AS IC_General:cs2300_cp VALUE=CS2300-CP
AS IC_General:cs2300_cp DEVICE=?
AS IC_General:cs2300_cp FORWARD_PCB=1
AS IC_General:cs2300_cp INOV_VER_REC=14:52:27_1-20-09
AS IC_General:cs2300_cp PINORDER=AD0/CS_N AUX_OUT CLK_IN CLK_OUT FILTN FILTP GND SCL/CCLK SDA/CDIN VD
AP IC_General:cs2300_cp 1 #=8
AP IC_General:cs2300_cp 1 PINTYPE=IN
AP IC_General:cs2300_cp 2 #=4
AP IC_General:cs2300_cp 2 PINTYPE=OUT
AP IC_General:cs2300_cp 3 #=5
AP IC_General:cs2300_cp 3 PINTYPE=IN
AP IC_General:cs2300_cp 4 #=3
AP IC_General:cs2300_cp 4 PINTYPE=OUT
AP IC_General:cs2300_cp 5 #=7
AP IC_General:cs2300_cp 5 PINTYPE=ANALOG
AP IC_General:cs2300_cp 6 #=6
AP IC_General:cs2300_cp 6 PINTYPE=ANALOG
AP IC_General:cs2300_cp 7 #=2
AP IC_General:cs2300_cp 7 PINTYPE=ANALOG
AP IC_General:cs2300_cp 8 #=9
AP IC_General:cs2300_cp 8 PINTYPE=IN
AP IC_General:cs2300_cp 9 #=10
AP IC_General:cs2300_cp 9 PINTYPE=BI
AP IC_General:cs2300_cp 10 #=1
AP IC_General:cs2300_cp 10 PINTYPE=ANALOG
|Q IC_Logic:nc7sz157 1
AS IC_Logic:nc7sz157 LEVEL=STD
AS IC_Logic:nc7sz157 PARTS=1
AS IC_Logic:nc7sz157 DEVICE=??
AS IC_Logic:nc7sz157 REFDES=U?
AS IC_Logic:nc7sz157 VALUE
AS IC_Logic:nc7sz157 FORWARD_PCB=1
AS IC_Logic:nc7sz157 INOV_VER_REC=12:58:25_1-21-09
AS IC_Logic:nc7sz157 PINORDER=GND I0 I1 Q S VCC
AP IC_Logic:nc7sz157 1 #=2
AP IC_Logic:nc7sz157 1 PINTYPE=ANALOG
AP IC_Logic:nc7sz157 2 #=3
AP IC_Logic:nc7sz157 2 PINTYPE=IN
AP IC_Logic:nc7sz157 3 #=1
AP IC_Logic:nc7sz157 3 PINTYPE=IN
AP IC_Logic:nc7sz157 4 #=4
AP IC_Logic:nc7sz157 4 PINTYPE=OUT
AP IC_Logic:nc7sz157 5 #=6
AP IC_Logic:nc7sz157 5 PINTYPE=IN
AP IC_Logic:nc7sz157 6 #=5
AP IC_Logic:nc7sz157 6 PINTYPE=ANALOG
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
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
|Q Discretes:diode_dual_series_sot23 1
AS Discretes:diode_dual_series_sot23 PKG_TYPE=SOT23
AS Discretes:diode_dual_series_sot23 LEVEL=STD
AS Discretes:diode_dual_series_sot23 DEVICE=??
AS Discretes:diode_dual_series_sot23 REFDES=D?
AS Discretes:diode_dual_series_sot23 VALUE
AS Discretes:diode_dual_series_sot23 FORWARD_PCB=1
AS Discretes:diode_dual_series_sot23 INOV_VER_REC=19:03:56_12-8-09
AS Discretes:diode_dual_series_sot23 PINORDER=T1 T2 T3
AP Discretes:diode_dual_series_sot23 1 #=1
AP Discretes:diode_dual_series_sot23 1 PINTYPE=ANALOG
AP Discretes:diode_dual_series_sot23 2 #=2
AP Discretes:diode_dual_series_sot23 2 PINTYPE=ANALOG
AP Discretes:diode_dual_series_sot23 3 #=3
AP Discretes:diode_dual_series_sot23 3 PINTYPE=ANALOG
AS Special:bi BI
AS Special:bi Pin!Order=OUT
AS Special:bi FORWARD_PCB=0
AS Special:bi INOV_VER_REC=18:48:39_12-17-08
AS Special:bi PINORDER=OUT
AP Special:bi 1 PINTYPE=BI
|Q IC_Logic:nc7wz17 1
AS IC_Logic:nc7wz17 LEVEL=STD
AS IC_Logic:nc7wz17 PARTS=1
AS IC_Logic:nc7wz17 DEVICE=??
AS IC_Logic:nc7wz17 REFDES=U?
AS IC_Logic:nc7wz17 VALUE
AS IC_Logic:nc7wz17 FORWARD_PCB=1
AS IC_Logic:nc7wz17 INOV_VER_REC=17:30:25_3-10-09
AS IC_Logic:nc7wz17 PINORDER=A1 A2 GND VCC Y1 Y2
AP IC_Logic:nc7wz17 1 #=1
AP IC_Logic:nc7wz17 1 PINTYPE=IN
AP IC_Logic:nc7wz17 2 #=3
AP IC_Logic:nc7wz17 2 PINTYPE=IN
AP IC_Logic:nc7wz17 3 #=2
AP IC_Logic:nc7wz17 3 PINTYPE=ANALOG
AP IC_Logic:nc7wz17 4 #=5
AP IC_Logic:nc7wz17 4 PINTYPE=ANALOG
AP IC_Logic:nc7wz17 5 #=6
AP IC_Logic:nc7wz17 5 PINTYPE=OUT
AP IC_Logic:nc7wz17 6 #=4
AP IC_Logic:nc7wz17 6 PINTYPE=OUT
|Q Connector:bnc_jack_4 1
AS Connector:bnc_jack_4 LEVEL=STD
AS Connector:bnc_jack_4 PARTS=1
AS Connector:bnc_jack_4 DEVICE=??
AS Connector:bnc_jack_4 REFDES=J?
AS Connector:bnc_jack_4 VALUE
AS Connector:bnc_jack_4 FORWARD_PCB=1
AS Connector:bnc_jack_4 INOV_VER_REC=17:09:31_12-8-09
AS Connector:bnc_jack_4 PINORDER=1A 1B 1C 1D 2
AP Connector:bnc_jack_4 1 #=1A
AP Connector:bnc_jack_4 1 PINTYPE=ANALOG
AP Connector:bnc_jack_4 2 #=1B
AP Connector:bnc_jack_4 2 PINTYPE=ANALOG
AP Connector:bnc_jack_4 3 #=1C
AP Connector:bnc_jack_4 3 PINTYPE=ANALOG
AP Connector:bnc_jack_4 4 #=1D
AP Connector:bnc_jack_4 4 PINTYPE=ANALOG
AP Connector:bnc_jack_4 5 #=2
AP Connector:bnc_jack_4 5 PINTYPE=ANALOG
|Q Discretes:led 1
AS Discretes:led PINOFF
AS Discretes:led LEVEL=STD
AS Discretes:led PARTS=1
AS Discretes:led REFDES=D?
AS Discretes:led COLOUR=RED
AS Discretes:led DEVICE=LED
AS Discretes:led FORWARD_PCB=1
AS Discretes:led INOV_VER_REC=20:04:16_12-17-08
AS Discretes:led PINORDER=A K
AP Discretes:led 1 #=A
AP Discretes:led 1 PINTYPE=ANALOG
AP Discretes:led 2 #=K
AP Discretes:led 2 PINTYPE=ANALOG
AN $1N127 NC
G VDD+3V3
G GND
M Discretes:res $1I26
I $1I26 Discretes:res $1N10 XCORE_MCLK COST=0.005`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`MANUFACTURER_PART=MCR03EZPFX33R0`MANUFACTURER=ROHM`POWER=0.1`DXDB_LIBNAME=Resistors`HEIGHT=0.55`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 $1I26 Discretes:res 1 #=1
API $1I26 Discretes:res 2 #=2
M Discretes:res $1I27
I $1I27 Discretes:res $1N11 CODEC_MCLK DXDB_LIBNAME=Resistors`REFDES=R?`DEVICE=E-01-0008`DESCRIPTION=RES 33R 0603 1%`VALUE=33R`TOLERANCE=1`PKG_TYPE=0603`VOLTAGE=50`POWER=0.1`MANUFACTURER=ROHM`MANUFACTURER_PART=MCR03EZPFX33R0`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`COST=0.005`HEIGHT=0.55`
|R 16:58:57_12-12-08
API $1I27 Discretes:res 1 #=1
API $1I27 Discretes:res 2 #=2
M IC_Logic:nc7nz34 $1I28
I $1I28 IC_Logic:nc7nz34 $1N7 $1N12 $1N7 $1N11 $1N7 $1N10 GND VDD+3V3 PKG_TYPE=US8`DESCRIPTION=Triple Logic Buffer, UHS Series, US8`DEVICE=E-13-0014`REFDES=U?`DATASHEET=http://www.fairchildsemi.com/ds/NC/NC7NZ34.pdf`MANUFACTURER_PART=NC7NZ34K8X`MANUFACTURER=Fairchild`VALUE=NC7NZ34`DXDB_LIBNAME=IC_General`HEIGHT=0.9`COST=0.1`
|R 15:37:6_3-10-09
API $1I28 IC_Logic:nc7nz34 1 #=1
API $1I28 IC_Logic:nc7nz34 2 #=7
API $1I28 IC_Logic:nc7nz34 3 #=3
API $1I28 IC_Logic:nc7nz34 4 #=5
API $1I28 IC_Logic:nc7nz34 5 #=6
API $1I28 IC_Logic:nc7nz34 6 #=2
API $1I28 IC_Logic:nc7nz34 7 #=4
API $1I28 IC_Logic:nc7nz34 8 #=8
M Discretes:cap_np $1I29
I $1I29 Discretes:cap_np VDD+3V3 GND DXDB_LIBNAME=Capacitors`HEIGHT=0.505`COST=0.004`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM155R71C104KA88.pdf`MANUFACTURER_PART=GRM155R71C104KA88`MANUFACTURER=Murata`TOLERANCE=10`VALUE=100N`DESCRIPTION=MLCC 100nF 0402 X7R 16V`DEVICE=E-02-0002`VOLTAGE=16`DIELECTRIC=X7R`PKG_TYPE=0402`REFDES=C?`
|R 19:50:28_11-21-08
API $1I29 Discretes:cap_np 1 #=1
API $1I29 Discretes:cap_np 2 #=2
M IC_General:cs2300_cp $1I31
I $1I31 IC_General:cs2300_cp GND PLL_LOCK $1N8 $1N7 GND $1N15 GND I2C_SCL I2C_SDA VDD+3V3 COST=2.5`DATASHEET=http://www.cirrus.com/en/pubs/proDatasheet/CS2300-CP_PP1.pdf`MANUFACTURER_PART=CS2300-CP`MANUFACTURER=Cirrus Logic`VALUE=CS2300-CP`PKG_TYPE=MSOP10`DESCRIPTION=Fractional-N Clock Multiplier, MSOP10`DEVICE=E-13-0008`REFDES=U?`DXDB_LIBNAME=IC_General`HEIGHT=1.1`
|R 14:52:27_1-20-09
API $1I31 IC_General:cs2300_cp 1 #=8
API $1I31 IC_General:cs2300_cp 2 #=4
API $1I31 IC_General:cs2300_cp 3 #=5
API $1I31 IC_General:cs2300_cp 4 #=3
API $1I31 IC_General:cs2300_cp 5 #=7
API $1I31 IC_General:cs2300_cp 6 #=6
API $1I31 IC_General:cs2300_cp 7 #=2
API $1I31 IC_General:cs2300_cp 8 #=9
API $1I31 IC_General:cs2300_cp 9 #=10
API $1I31 IC_General:cs2300_cp 10 #=1
M Discretes:res $1I104
I $1I104 Discretes:res $1N105 WORD_CLK 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 $1I104 Discretes:res 1 #=1
API $1I104 Discretes:res 2 #=2
M Discretes:cap_np $1I34
I $1I34 Discretes:cap_np $1N15 GND VALUE=100N`PKG_TYPE=0402`DIELECTRIC=X7R`VOLTAGE=16`TOLERANCE=10`MANUFACTURER=Murata`REFDES=C?`DEVICE=E-02-0002`DESCRIPTION=MLCC 100nF 0402 X7R 16V`HEIGHT=0.505`DXDB_LIBNAME=Capacitors`MANUFACTURER_PART=GRM155R71C104KA88`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM155R71C104KA88.pdf`COST=0.004`
|R 19:50:28_11-21-08
API $1I34 Discretes:cap_np 1 #=1
API $1I34 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I35
I $1I35 Discretes:cap_np VDD+3V3 GND HEIGHT=0.505`DXDB_LIBNAME=Capacitors`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM155R71C104KA88.pdf`COST=0.004`REFDES=C?`DEVICE=E-02-0002`DESCRIPTION=MLCC 100nF 0402 X7R 16V`VALUE=100N`PKG_TYPE=0402`DIELECTRIC=X7R`VOLTAGE=16`TOLERANCE=10`MANUFACTURER=Murata`MANUFACTURER_PART=GRM155R71C104KA88`
|R 19:50:28_11-21-08
API $1I35 Discretes:cap_np 1 #=1
API $1I35 Discretes:cap_np 2 #=2
M Discretes:res $1I38
I $1I38 Discretes:res $1N12 DIGI_MCLK VALUE=33R`DESCRIPTION=RES 33R 0603 1%`PKG_TYPE=0603`TOLERANCE=1`POWER=0.1`VOLTAGE=50`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`DEVICE=E-01-0008`REFDES=R?`
|R 16:58:57_12-12-08
API $1I38 Discretes:res 1 #=1
API $1I38 Discretes:res 2 #=2
M IC_Logic:nc7sz157 $1I39
I $1I39 IC_Logic:nc7sz157 GND SYNC_OUT PLL_WCLK $1N8 SYNC_SEL VDD+3V3 DXDB_LIBNAME=IC_General`HEIGHT=1.1`COST=0.07`DATASHEET=http://www.fairchildsemi.com/ds/NC/NC7SZ157.pdf`MANUFACTURER_PART=NC7SZ157P6X`MANUFACTURER=Fairchild`VALUE=NC7SZ157`PKG_TYPE=SC70_6`DESCRIPTION=2-Input Multiplexer, UHS Series, SC70`DEVICE=E-13-0009`REFDES=U?`
|R 12:58:25_1-21-09
API $1I39 IC_Logic:nc7sz157 1 #=2
API $1I39 IC_Logic:nc7sz157 2 #=3
API $1I39 IC_Logic:nc7sz157 3 #=1
API $1I39 IC_Logic:nc7sz157 4 #=4
API $1I39 IC_Logic:nc7sz157 5 #=6
API $1I39 IC_Logic:nc7sz157 6 #=5
P Special:out DIGI_MCLK
I DIGI_MCLK Special:out DIGI_MCLK DEVICE`
|R 18:48:22_12-17-08
P Special:out CODEC_MCLK
I CODEC_MCLK Special:out CODEC_MCLK DEVICE`
|R 18:48:22_12-17-08
P Special:out XCORE_MCLK
I XCORE_MCLK Special:out XCORE_MCLK DEVICE`
|R 18:48:22_12-17-08
P Special:in SYNC_OUT
I SYNC_OUT Special:in SYNC_OUT DEVICE`
|R 18:48:11_12-17-08
P Special:in SYNC_SEL
I SYNC_SEL Special:in SYNC_SEL DEVICE`
|R 18:48:11_12-17-08
P Special:out WORD_CLK
I WORD_CLK Special:out WORD_CLK DEVICE`
|R 18:48:22_12-17-08
M Discretes:diode_dual_series_sot23 $1I117
I $1I117 Discretes:diode_dual_series_sot23 VDD+3V3 $1N127 $1N119 DXDB_LIBNAME=Discrete Semis`HEIGHT=1.1`COST=0.016`DATASHEET=http://www.nxp.com/documents/data_sheet/BAV99_SER.pdf`MANUFACTURER_PART=BAV99`MANUFACTURER=NXP`VALUE=BAV99`PKG_TYPE=SOT23`DESCRIPTION=Dual Diode, 100V, 0.2A, Series Configuration, SOT23`DEVICE=E-10-0008`REFDES=D?`
|R 19:03:56_12-8-09
API $1I117 Discretes:diode_dual_series_sot23 1 #=1
API $1I117 Discretes:diode_dual_series_sot23 2 #=2
API $1I117 Discretes:diode_dual_series_sot23 3 #=3
P Special:in I2C_SCL
I I2C_SCL Special:in I2C_SCL DEVICE`
|R 18:48:11_12-17-08
P Special:bi I2C_SDA
I I2C_SDA Special:bi I2C_SDA DEVICE`
|R 18:48:39_12-17-08
M Discretes:res $1I129
I $1I129 Discretes:res $1N130 PLL_WCLK 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 $1I129 Discretes:res 1 #=1
API $1I129 Discretes:res 2 #=2
M Discretes:res $1I131
I $1I131 Discretes:res GND $1N119 DXDB_LIBNAME=Resistors`HEIGHT=0.55`COST=0.005`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`MANUFACTURER_PART=MCR03EZPFX1001`MANUFACTURER=ROHM`POWER=0.1`VOLTAGE=50`PKG_TYPE=0603`TOLERANCE=1`VALUE=1K`DESCRIPTION=RES 1k 0603 1%`DEVICE=E-01-0001`REFDES=R?`
|R 16:58:57_12-12-08
API $1I131 Discretes:res 1 #=1
API $1I131 Discretes:res 2 #=2
M IC_Logic:nc7wz17 $1I68
I $1I68 IC_Logic:nc7wz17 $1N74 $1N74 GND $1N119 $1N105 $1N130 DXDB_LIBNAME=IC_General`HEIGHT=1.1`COST=0.07`DATASHEET=http://www.fairchildsemi.com/ds/NC/NC7WZ17.pdf`MANUFACTURER_PART=NC7WZ17P6X`MANUFACTURER=Fairchild`VALUE=NC7WZ17`PKG_TYPE=SC70_6`DESCRIPTION=Dual Logic Buffer, Schmitt Trigger, UHS Series, SC70`DEVICE=E-13-0015`REFDES=U?`
|R 17:30:25_3-10-09
API $1I68 IC_Logic:nc7wz17 1 #=1
API $1I68 IC_Logic:nc7wz17 2 #=3
API $1I68 IC_Logic:nc7wz17 3 #=2
API $1I68 IC_Logic:nc7wz17 4 #=5
API $1I68 IC_Logic:nc7wz17 5 #=6
API $1I68 IC_Logic:nc7wz17 6 #=4
M Discretes:res $1I70
I $1I70 Discretes:res $1N87 $1N74 DXDB_LIBNAME=Resistors`HEIGHT=0.55`COST=0.005`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`MANUFACTURER_PART=MCR03EZPFX1001`MANUFACTURER=ROHM`POWER=0.1`VOLTAGE=50`PKG_TYPE=0603`TOLERANCE=1`VALUE=1K`DESCRIPTION=RES 1k 0603 1%`DEVICE=E-01-0001`REFDES=R?`
|R 16:58:57_12-12-08
API $1I70 Discretes:res 1 #=1
API $1I70 Discretes:res 2 #=2
M Discretes:res $1I83
I $1I83 Discretes:res GND $1N87 DXDB_LIBNAME=Resistors`HEIGHT=0.55`COST=0.005`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`MANUFACTURER_PART=MCR03EZPFX75R0`MANUFACTURER=ROHM`POWER=0.1`VOLTAGE=50`PKG_TYPE=0603`TOLERANCE=1`VALUE=75R`DESCRIPTION=RES 75R 0603 1%`DEVICE=E-01-0025`REFDES=R?`
|R 16:58:57_12-12-08
API $1I83 Discretes:res 1 #=1
API $1I83 Discretes:res 2 #=2
P Special:out PLL_WCLK
I PLL_WCLK Special:out PLL_WCLK DEVICE`
|R 18:48:22_12-17-08
P Special:out PLL_LOCK
I PLL_LOCK Special:out PLL_LOCK DEVICE`
|R 18:48:22_12-17-08
M Connector:bnc_jack_4 $1I116
I $1I116 Connector:bnc_jack_4 GND GND GND GND $1N87 DXDB_LIBNAME=Connectors`HEIGHT=11`COST=1.5`DATASHEET=http://www.tycoelectronics.com/commerce/DocumentDelivery/DDEController?Action=showdoc&DocId=Customer+Drawing%7F1634513%7FD1%7Fpdf%7FEnglish%7FENG_CD_1634513_D1.pdf`MANUFACTURER_PART=5-1634513-1`MANUFACTURER=Tyco`PKG_TYPE=BNC_JACK_RA_A`VALUE=5-1634513-1`DESCRIPTION=BNC Jack, Right Angle, Through Hole`DEVICE=E-04-0026`REFDES=J?`
|R 17:09:31_12-8-09
API $1I116 Connector:bnc_jack_4 1 #=1A
API $1I116 Connector:bnc_jack_4 2 #=1B
API $1I116 Connector:bnc_jack_4 3 #=1C
API $1I116 Connector:bnc_jack_4 4 #=1D
API $1I116 Connector:bnc_jack_4 5 #=2
M Discretes:led $1I136
I $1I136 Discretes:led VDD+3V3 $1N134 REFDES=D?`DEVICE=E-12-0001`DESCRIPTION=LED, GREEN, 0603`PKG_TYPE=0603_LED`VALUE=APT1608`COLOUR=GREEN`WAVELENGTH=574nm`INTENSITY=40mcd`MANUFACTURER=Kingbright`MANUFACTURER_PART=APT1608CGCK`DATASHEET=http://www.kingbrightusa.com/images/catalog/SPEC/APT1608CGCK.pdf`COST=0.05`HEIGHT=0.75`DXDB_LIBNAME=Opto`
|R 20:04:16_12-17-08
API $1I136 Discretes:led 1 #=A
API $1I136 Discretes:led 2 #=K
M Discretes:res $1I138
I $1I138 Discretes:res PLL_LOCK $1N134 DXDB_LIBNAME=Resistors`HEIGHT=0.55`COST=0.005`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`MANUFACTURER_PART=MCR03EZPFX1001`MANUFACTURER=ROHM`POWER=0.1`VOLTAGE=50`PKG_TYPE=0603`TOLERANCE=1`VALUE=1K`DESCRIPTION=RES 1k 0603 1%`DEVICE=E-01-0001`REFDES=R?`
|R 16:58:57_12-12-08
API $1I138 Discretes:res 1 #=1
API $1I138 Discretes:res 2 #=2
M Discretes:cap_np $1I141
I $1I141 Discretes:cap_np $1N74 GND DXDB_LIBNAME=Capacitors`HEIGHT=0.9`COST=0.009`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM1885C1H220JA01.pdf`MANUFACTURER_PART=GRM1885C1H220JA01`MANUFACTURER=Murata`TOLERANCE=5`VOLTAGE=50`DIELECTRIC=COG`PKG_TYPE=0603`VALUE=22P`DESCRIPTION=MLCC 22pF 0603 COG 50V`DEVICE=E-02-0044`REFDES=C?`
|R 19:50:28_11-21-08
API $1I141 Discretes:cap_np 1 #=1
API $1I141 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I142
I $1I142 Discretes:cap_np GND $1N119 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 $1I142 Discretes:cap_np 1 #=1
API $1I142 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I143
I $1I143 Discretes:cap_np VDD+3V3 GND 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 $1I143 Discretes:cap_np 1 #=1
API $1I143 Discretes:cap_np 2 #=2
EW