XMOS USB Audio 2 MC xmos

xmos-usb-audio-2-mc / DesignFiles / WIR / XS1_SYSTEM.1

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| Wirelist created using version 6.0 
V 6.0
DW XS1_SYSTEM
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 Discretes:inductor 1
AS Discretes:inductor PINOFF
AS Discretes:inductor LEVEL=STD
AS Discretes:inductor PARTS=1
AS Discretes:inductor REFDES=L?
AS Discretes:inductor VALUE=XXH
AS Discretes:inductor DEVICE=L
AS Discretes:inductor FORWARD_PCB=1
AS Discretes:inductor INOV_VER_REC=20:00:47_12-17-08
AS Discretes:inductor PINORDER=P1 P2
AP Discretes:inductor 1 #=1
AP Discretes:inductor 1 PINTYPE=ANALOG
AP Discretes:inductor 2 #=2
AP Discretes:inductor 2 PINTYPE=ANALOG
|Q IC_Voltage:ncp1521b_tsop5 1
AS IC_Voltage:ncp1521b_tsop5 FORWARD_PCB=1
AS IC_Voltage:ncp1521b_tsop5 LEVEL=STD
AS IC_Voltage:ncp1521b_tsop5 PARTS=1
AS IC_Voltage:ncp1521b_tsop5 REFDES=U?
AS IC_Voltage:ncp1521b_tsop5 DEVICE=??
AS IC_Voltage:ncp1521b_tsop5 VALUE
AS IC_Voltage:ncp1521b_tsop5 INOV_VER_REC=11:08:56_6-7-09
AS IC_Voltage:ncp1521b_tsop5 PINORDER=EN FB GND LX VIN
AP IC_Voltage:ncp1521b_tsop5 1 #=3
AP IC_Voltage:ncp1521b_tsop5 1 PINTYPE=ANALOG
AP IC_Voltage:ncp1521b_tsop5 2 #=4
AP IC_Voltage:ncp1521b_tsop5 2 PINTYPE=ANALOG
AP IC_Voltage:ncp1521b_tsop5 3 #=2
AP IC_Voltage:ncp1521b_tsop5 3 PINTYPE=ANALOG
AP IC_Voltage:ncp1521b_tsop5 4 #=5
AP IC_Voltage:ncp1521b_tsop5 4 PINTYPE=ANALOG
AP IC_Voltage:ncp1521b_tsop5 5 #=1
AP IC_Voltage:ncp1521b_tsop5 5 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 IC_Logic:nc7wz07 1
AS IC_Logic:nc7wz07 LEVEL=STD
AS IC_Logic:nc7wz07 PARTS=1
AS IC_Logic:nc7wz07 DEVICE=??
AS IC_Logic:nc7wz07 REFDES=U?
AS IC_Logic:nc7wz07 VALUE
AS IC_Logic:nc7wz07 FORWARD_PCB=1
AS IC_Logic:nc7wz07 INOV_VER_REC=15:42:6_10-16-09
AS IC_Logic:nc7wz07 PINORDER=A1 A2 GND VCC Y1 Y2
AP IC_Logic:nc7wz07 1 #=1
AP IC_Logic:nc7wz07 1 PINTYPE=IN
AP IC_Logic:nc7wz07 2 #=3
AP IC_Logic:nc7wz07 2 PINTYPE=IN
AP IC_Logic:nc7wz07 3 #=2
AP IC_Logic:nc7wz07 3 PINTYPE=ANALOG
AP IC_Logic:nc7wz07 4 #=5
AP IC_Logic:nc7wz07 4 PINTYPE=ANALOG
AP IC_Logic:nc7wz07 5 #=6
AP IC_Logic:nc7wz07 5 PINTYPE=OUT
AP IC_Logic:nc7wz07 6 #=4
AP IC_Logic:nc7wz07 6 PINTYPE=OUT
|Q IC_Logic:nc7szu04 1
AS IC_Logic:nc7szu04 FORWARD_PCB=1
AS IC_Logic:nc7szu04 REFDES=U?
AS IC_Logic:nc7szu04 DEVICE=??
AS IC_Logic:nc7szu04 LEVEL=STD
AS IC_Logic:nc7szu04 PARTS=1
AS IC_Logic:nc7szu04 VALUE
AS IC_Logic:nc7szu04 INOV_VER_REC=15:02:40_6-12-09
AS IC_Logic:nc7szu04 PINORDER=A GND VCC Y
AP IC_Logic:nc7szu04 1 #=2
AP IC_Logic:nc7szu04 1 PINTYPE=IN
AP IC_Logic:nc7szu04 2 #=3
AP IC_Logic:nc7szu04 2 PINTYPE=ANALOG
AP IC_Logic:nc7szu04 3 #=5
AP IC_Logic:nc7szu04 3 PINTYPE=ANALOG
AP IC_Logic:nc7szu04 4 #=4
AP IC_Logic:nc7szu04 4 PINTYPE=OUT
|Q Discretes:crystal 1
AS Discretes:crystal INOV_VER_REC=20:08:13_6-16-09
AS Discretes:crystal PARTS=1
AS Discretes:crystal REFDES=X?
AS Discretes:crystal LEVEL=STD
AS Discretes:crystal DEVICE=X
AS Discretes:crystal FREQUENCY=XXMHz
AS Discretes:crystal PINOFF
AS Discretes:crystal VALUE
AS Discretes:crystal FORWARD_PCB=1
AS Discretes:crystal PINORDER=A B
AP Discretes:crystal 1 #=1
AP Discretes:crystal 1 PINTYPE=ANALOG
AP Discretes:crystal 2 #=2
AP Discretes:crystal 2 PINTYPE=ANALOG
|Q Connector:con_2x10 1
AS Connector:con_2x10 LEVEL=STD
AS Connector:con_2x10 PARTS=1
AS Connector:con_2x10 DEVICE=??
AS Connector:con_2x10 REFDES=J?
AS Connector:con_2x10 VALUE
AS Connector:con_2x10 FORWARD_PCB=1
AS Connector:con_2x10 INOV_VER_REC=17:11:13_6-11-09
AS Connector:con_2x10 PINORDER=1 10 11 12 13 14 15 16 17 18 19 2 20 3 4 5 6 7 8 9
AP Connector:con_2x10 1 #=1
AP Connector:con_2x10 1 PINTYPE=ANALOG
AP Connector:con_2x10 2 #=10
AP Connector:con_2x10 2 PINTYPE=ANALOG
AP Connector:con_2x10 3 #=11
AP Connector:con_2x10 3 PINTYPE=ANALOG
AP Connector:con_2x10 4 #=12
AP Connector:con_2x10 4 PINTYPE=ANALOG
AP Connector:con_2x10 5 #=13
AP Connector:con_2x10 5 PINTYPE=ANALOG
AP Connector:con_2x10 6 #=14
AP Connector:con_2x10 6 PINTYPE=ANALOG
AP Connector:con_2x10 7 #=15
AP Connector:con_2x10 7 PINTYPE=ANALOG
AP Connector:con_2x10 8 #=16
AP Connector:con_2x10 8 PINTYPE=ANALOG
AP Connector:con_2x10 9 #=17
AP Connector:con_2x10 9 PINTYPE=ANALOG
AP Connector:con_2x10 10 #=18
AP Connector:con_2x10 10 PINTYPE=ANALOG
AP Connector:con_2x10 11 #=19
AP Connector:con_2x10 11 PINTYPE=ANALOG
AP Connector:con_2x10 12 #=2
AP Connector:con_2x10 12 PINTYPE=ANALOG
AP Connector:con_2x10 13 #=20
AP Connector:con_2x10 13 PINTYPE=ANALOG
AP Connector:con_2x10 14 #=3
AP Connector:con_2x10 14 PINTYPE=ANALOG
AP Connector:con_2x10 15 #=4
AP Connector:con_2x10 15 PINTYPE=ANALOG
AP Connector:con_2x10 16 #=5
AP Connector:con_2x10 16 PINTYPE=ANALOG
AP Connector:con_2x10 17 #=6
AP Connector:con_2x10 17 PINTYPE=ANALOG
AP Connector:con_2x10 18 #=7
AP Connector:con_2x10 18 PINTYPE=ANALOG
AP Connector:con_2x10 19 #=8
AP Connector:con_2x10 19 PINTYPE=ANALOG
AP Connector:con_2x10 20 #=9
AP Connector:con_2x10 20 PINTYPE=ANALOG
|Q IC_General:ncp303 1
AS IC_General:ncp303 LEVEL=STD
AS IC_General:ncp303 PARTS=1
AS IC_General:ncp303 REFDES=U?
AS IC_General:ncp303 VALUE
AS IC_General:ncp303 DEVICE=??
AS IC_General:ncp303 FORWARD_PCB=1
AS IC_General:ncp303 INOV_VER_REC=14:56:57_6-11-09
AS IC_General:ncp303 PINORDER=CD GND INPUT NC RST_OUT
AP IC_General:ncp303 1 #=5
AP IC_General:ncp303 1 PINTYPE=ANALOG
AP IC_General:ncp303 2 #=3
AP IC_General:ncp303 2 PINTYPE=ANALOG
AP IC_General:ncp303 3 #=2
AP IC_General:ncp303 3 PINTYPE=ANALOG
AP IC_General:ncp303 4 #=4
AP IC_General:ncp303 4 PINTYPE=ANALOG
AP IC_General:ncp303 5 #=1
AP IC_General:ncp303 5 PINTYPE=OUT
|Q IC_Voltage:fan2012 1
AS IC_Voltage:fan2012 LEVEL=STD
AS IC_Voltage:fan2012 PARTS=1
AS IC_Voltage:fan2012 REFDES=U?
AS IC_Voltage:fan2012 DEVICE=??
AS IC_Voltage:fan2012 VALUE
AS IC_Voltage:fan2012 FORWARD_PCB=1
AS IC_Voltage:fan2012 INOV_VER_REC=14:54:41_2-17-10
AS IC_Voltage:fan2012 PINORDER=AGND EN FB PGND PVIN SW VIN
AP IC_Voltage:fan2012 1 #=7
AP IC_Voltage:fan2012 1 PINTYPE=ANALOG
AP IC_Voltage:fan2012 2 #=6
AP IC_Voltage:fan2012 2 PINTYPE=IN
AP IC_Voltage:fan2012 3 #=1
AP IC_Voltage:fan2012 3 PINTYPE=ANALOG
AP IC_Voltage:fan2012 4 #=2
AP IC_Voltage:fan2012 4 PINTYPE=ANALOG
AP IC_Voltage:fan2012 5 #=4
AP IC_Voltage:fan2012 5 PINTYPE=ANALOG
AP IC_Voltage:fan2012 6 #=3
AP IC_Voltage:fan2012 6 PINTYPE=ANALOG
AP IC_Voltage:fan2012 7 #=5
AP IC_Voltage:fan2012 7 PINTYPE=ANALOG
|Q IC_XMOS:xs1_l2_124qfn_ss 1
AS IC_XMOS:xs1_l2_124qfn_ss LEVEL=STD
AS IC_XMOS:xs1_l2_124qfn_ss PARTS=1
AS IC_XMOS:xs1_l2_124qfn_ss HETERO=XS1_L2_124QFN_IO_0,XS1_L2_124QFN_IO_1,XS1_L2_124QFN_SS,XS1_L2_124QFN_PWR
AS IC_XMOS:xs1_l2_124qfn_ss DEVICE=?
AS IC_XMOS:xs1_l2_124qfn_ss REFDES=U?
AS IC_XMOS:xs1_l2_124qfn_ss VALUE
AS IC_XMOS:xs1_l2_124qfn_ss INOV_VER_REC=23:56:50_11-26-09
AS IC_XMOS:xs1_l2_124qfn_ss PINORDER=CLK DEBUG MODE0 MODE1 MODE2 MODE3 MODE4 RST_N TCK TDI TDO TMS TRST_N
AP IC_XMOS:xs1_l2_124qfn_ss 1 #=B7
AP IC_XMOS:xs1_l2_124qfn_ss 1 PINTYPE=IN
AP IC_XMOS:xs1_l2_124qfn_ss 2 #=B37
AP IC_XMOS:xs1_l2_124qfn_ss 2 PINTYPE=BI
AP IC_XMOS:xs1_l2_124qfn_ss 3 #=B33
AP IC_XMOS:xs1_l2_124qfn_ss 3 PINTYPE=IN
AP IC_XMOS:xs1_l2_124qfn_ss 4 #=B34
AP IC_XMOS:xs1_l2_124qfn_ss 4 PINTYPE=IN
AP IC_XMOS:xs1_l2_124qfn_ss 5 #=B35
AP IC_XMOS:xs1_l2_124qfn_ss 5 PINTYPE=IN
AP IC_XMOS:xs1_l2_124qfn_ss 6 #=B36
AP IC_XMOS:xs1_l2_124qfn_ss 6 PINTYPE=IN
AP IC_XMOS:xs1_l2_124qfn_ss 7 #=A35
AP IC_XMOS:xs1_l2_124qfn_ss 7 PINTYPE=IN
AP IC_XMOS:xs1_l2_124qfn_ss 8 #=B8
AP IC_XMOS:xs1_l2_124qfn_ss 8 PINTYPE=IN
AP IC_XMOS:xs1_l2_124qfn_ss 9 #=B10
AP IC_XMOS:xs1_l2_124qfn_ss 9 PINTYPE=IN
AP IC_XMOS:xs1_l2_124qfn_ss 10 #=B12
AP IC_XMOS:xs1_l2_124qfn_ss 10 PINTYPE=IN
AP IC_XMOS:xs1_l2_124qfn_ss 11 #=B9
AP IC_XMOS:xs1_l2_124qfn_ss 11 PINTYPE=OUT
AP IC_XMOS:xs1_l2_124qfn_ss 12 #=B11
AP IC_XMOS:xs1_l2_124qfn_ss 12 PINTYPE=IN
AP IC_XMOS:xs1_l2_124qfn_ss 13 #=B13
AP IC_XMOS:xs1_l2_124qfn_ss 13 PINTYPE=IN
|Q IC_XMOS:xs1_l2_124qfn_pwr 1
AS IC_XMOS:xs1_l2_124qfn_pwr PKG_TYPE=QFN124_XMOS
AS IC_XMOS:xs1_l2_124qfn_pwr LEVEL=STD
AS IC_XMOS:xs1_l2_124qfn_pwr PARTS=1
AS IC_XMOS:xs1_l2_124qfn_pwr HETERO=XS1_L2_124QFN_IO_0,XS1_L2_124QFN_IO_1,XS1_L2_124QFN_SS,XS1_L2_124QFN_PWR
AS IC_XMOS:xs1_l2_124qfn_pwr DEVICE=?
AS IC_XMOS:xs1_l2_124qfn_pwr REFDES=U?
AS IC_XMOS:xs1_l2_124qfn_pwr VALUE
AS IC_XMOS:xs1_l2_124qfn_pwr INOV_VER_REC=20:40:28_11-24-09
AS IC_XMOS:xs1_l2_124qfn_pwr PINORDER=GND_A1 GND_A18 GND_A52 GND_PAD OTP_VDDIO PCU_CLK PCU_GATE PCU_VDD PCU_VDDIO PCU_WAKE PLL_AGND PLL_AVDD VDDIO_A17 VDDIO_A2 VDDIO_A36 VDDIO_A51 VDDIO_B1 VDDIO_B14 VDDIO_B29 VDDIO_B42 VDD_A19 VDD_A34 VDD_A53 VDD_A68 VDD_B15 VDD_B28 VDD_B43 VDD_B56
AP IC_XMOS:xs1_l2_124qfn_pwr 1 #=A1
AP IC_XMOS:xs1_l2_124qfn_pwr 1 PINTYPE=ANALOG
AP IC_XMOS:xs1_l2_124qfn_pwr 2 #=A18
AP IC_XMOS:xs1_l2_124qfn_pwr 2 PINTYPE=ANALOG
AP IC_XMOS:xs1_l2_124qfn_pwr 3 #=A52
AP IC_XMOS:xs1_l2_124qfn_pwr 3 PINTYPE=ANALOG
AP IC_XMOS:xs1_l2_124qfn_pwr 4 #=PAD
AP IC_XMOS:xs1_l2_124qfn_pwr 4 PINTYPE=ANALOG
AP IC_XMOS:xs1_l2_124qfn_pwr 5 #=B32
AP IC_XMOS:xs1_l2_124qfn_pwr 5 PINTYPE=ANALOG
AP IC_XMOS:xs1_l2_124qfn_pwr 6 #=B6
AP IC_XMOS:xs1_l2_124qfn_pwr 6 PINTYPE=IN
AP IC_XMOS:xs1_l2_124qfn_pwr 7 #=B3
AP IC_XMOS:xs1_l2_124qfn_pwr 7 PINTYPE=OUT
AP IC_XMOS:xs1_l2_124qfn_pwr 8 #=B5
AP IC_XMOS:xs1_l2_124qfn_pwr 8 PINTYPE=ANALOG
AP IC_XMOS:xs1_l2_124qfn_pwr 9 #=B4
AP IC_XMOS:xs1_l2_124qfn_pwr 9 PINTYPE=ANALOG
AP IC_XMOS:xs1_l2_124qfn_pwr 10 #=B2
AP IC_XMOS:xs1_l2_124qfn_pwr 10 PINTYPE=IN
AP IC_XMOS:xs1_l2_124qfn_pwr 11 #=A37
AP IC_XMOS:xs1_l2_124qfn_pwr 11 PINTYPE=ANALOG
AP IC_XMOS:xs1_l2_124qfn_pwr 12 #=A38
AP IC_XMOS:xs1_l2_124qfn_pwr 12 PINTYPE=ANALOG
AP IC_XMOS:xs1_l2_124qfn_pwr 13 #=A17
AP IC_XMOS:xs1_l2_124qfn_pwr 13 PINTYPE=ANALOG
AP IC_XMOS:xs1_l2_124qfn_pwr 14 #=A2
AP IC_XMOS:xs1_l2_124qfn_pwr 14 PINTYPE=ANALOG
AP IC_XMOS:xs1_l2_124qfn_pwr 15 #=A36
AP IC_XMOS:xs1_l2_124qfn_pwr 15 PINTYPE=ANALOG
AP IC_XMOS:xs1_l2_124qfn_pwr 16 #=A51
AP IC_XMOS:xs1_l2_124qfn_pwr 16 PINTYPE=ANALOG
AP IC_XMOS:xs1_l2_124qfn_pwr 17 #=B1
AP IC_XMOS:xs1_l2_124qfn_pwr 17 PINTYPE=ANALOG
AP IC_XMOS:xs1_l2_124qfn_pwr 18 #=B14
AP IC_XMOS:xs1_l2_124qfn_pwr 18 PINTYPE=ANALOG
AP IC_XMOS:xs1_l2_124qfn_pwr 19 #=B29
AP IC_XMOS:xs1_l2_124qfn_pwr 19 PINTYPE=ANALOG
AP IC_XMOS:xs1_l2_124qfn_pwr 20 #=B42
AP IC_XMOS:xs1_l2_124qfn_pwr 20 PINTYPE=ANALOG
AP IC_XMOS:xs1_l2_124qfn_pwr 21 #=A19
AP IC_XMOS:xs1_l2_124qfn_pwr 21 PINTYPE=ANALOG
AP IC_XMOS:xs1_l2_124qfn_pwr 22 #=A34
AP IC_XMOS:xs1_l2_124qfn_pwr 22 PINTYPE=ANALOG
AP IC_XMOS:xs1_l2_124qfn_pwr 23 #=A53
AP IC_XMOS:xs1_l2_124qfn_pwr 23 PINTYPE=ANALOG
AP IC_XMOS:xs1_l2_124qfn_pwr 24 #=A68
AP IC_XMOS:xs1_l2_124qfn_pwr 24 PINTYPE=ANALOG
AP IC_XMOS:xs1_l2_124qfn_pwr 25 #=B15
AP IC_XMOS:xs1_l2_124qfn_pwr 25 PINTYPE=ANALOG
AP IC_XMOS:xs1_l2_124qfn_pwr 26 #=B28
AP IC_XMOS:xs1_l2_124qfn_pwr 26 PINTYPE=ANALOG
AP IC_XMOS:xs1_l2_124qfn_pwr 27 #=B43
AP IC_XMOS:xs1_l2_124qfn_pwr 27 PINTYPE=ANALOG
AP IC_XMOS:xs1_l2_124qfn_pwr 28 #=B56
AP IC_XMOS:xs1_l2_124qfn_pwr 28 PINTYPE=ANALOG
AN $1N177 NC
AN $1N58 NC
AN $1N59 NC
AN $1N138 NC
AN $1N184 NC
AN $1N185 NC
AN $1N204 NC
AN $1N218 NC
AN $1N219 NC
G VDD+5V
G VDD+1V0
G GND
G VDD+3V3
P Special:in XL_UP1
I XL_UP1 Special:in XL_UP1 DEVICE`
|R 18:48:11_12-17-08
P Special:in XL_UP0
I XL_UP0 Special:in XL_UP0 DEVICE`
|R 18:48:11_12-17-08
P Special:out XL_DN0
I XL_DN0 Special:out XL_DN0 DEVICE`
|R 18:48:22_12-17-08
P Special:out XL_DN1
I XL_DN1 Special:out XL_DN1 DEVICE`
|R 18:48:22_12-17-08
P Special:out CLK_13M
I CLK_13M Special:out CLK_13M DEVICE`
|R 18:48:22_12-17-08
M Discretes:cap_np $1I66
I $1I66 Discretes:cap_np VDD+1V0 GND VOLTAGE=6.3`MANUFACTURER_PART=GRM188R60J475KE19`MANUFACTURER=Murata`TOLERANCE=10`DESCRIPTION=MLCC 4.7uF 0603 X5R 6.3V`DIELECTRIC=X5R`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM188R60J475KE19.pdf`COST=0.035`HEIGHT=0.9`DXDB_LIBNAME=Capacitors`VALUE=4U7`REFDES=C?`PKG_TYPE=0603`DEVICE=E-02-0005`
|R 19:50:28_11-21-08
API $1I66 Discretes:cap_np 1 #=1
API $1I66 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I67
I $1I67 Discretes:cap_np VDD+1V0 GND DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM155R71C104KA88.pdf`DXDB_LIBNAME=Capacitors`MANUFACTURER_PART=GRM155R71C104KA88`COST=0.004`HEIGHT=0.505`TOLERANCE=10`VOLTAGE=16`DIELECTRIC=X7R`VALUE=100N`DESCRIPTION=MLCC 100nF 0402 X7R 16V`MANUFACTURER=Murata`REFDES=C?`PKG_TYPE=0402`DEVICE=E-02-0002`
|R 19:50:28_11-21-08
API $1I67 Discretes:cap_np 1 #=1
API $1I67 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I68
I $1I68 Discretes:cap_np VDD+1V0 GND DIELECTRIC=X7R`MANUFACTURER=Murata`VALUE=100N`PKG_TYPE=0402`DXDB_LIBNAME=Capacitors`HEIGHT=0.505`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM155R71C104KA88.pdf`COST=0.004`MANUFACTURER_PART=GRM155R71C104KA88`REFDES=C?`DESCRIPTION=MLCC 100nF 0402 X7R 16V`DEVICE=E-02-0002`VOLTAGE=16`TOLERANCE=10`
|R 19:50:28_11-21-08
API $1I68 Discretes:cap_np 1 #=1
API $1I68 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I69
I $1I69 Discretes:cap_np VDD+1V0 GND REFDES=C?`VALUE=100N`PKG_TYPE=0402`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM155R71C104KA88.pdf`COST=0.004`DXDB_LIBNAME=Capacitors`TOLERANCE=10`MANUFACTURER=Murata`HEIGHT=0.505`DEVICE=E-02-0002`DESCRIPTION=MLCC 100nF 0402 X7R 16V`DIELECTRIC=X7R`VOLTAGE=16`MANUFACTURER_PART=GRM155R71C104KA88`
|R 19:50:28_11-21-08
API $1I69 Discretes:cap_np 1 #=1
API $1I69 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I70
I $1I70 Discretes:cap_np VDD+1V0 GND REFDES=C?`DIELECTRIC=X7R`VOLTAGE=16`DEVICE=E-02-0002`TOLERANCE=10`VALUE=100N`MANUFACTURER=Murata`PKG_TYPE=0402`COST=0.004`DESCRIPTION=MLCC 100nF 0402 X7R 16V`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM155R71C104KA88.pdf`DXDB_LIBNAME=Capacitors`MANUFACTURER_PART=GRM155R71C104KA88`HEIGHT=0.505`
|R 19:50:28_11-21-08
API $1I70 Discretes:cap_np 1 #=1
API $1I70 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I79
I $1I79 Discretes:cap_np VDD+3V3 GND DEVICE=E-02-0007`HEIGHT=1.3`MANUFACTURER=Murata`DXDB_LIBNAME=Capacitors`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM21BR61A106KE19.pdf`DIELECTRIC=X5R`VOLTAGE=10`MANUFACTURER_PART=GRM21BR61A106KE19`VALUE=10U`DESCRIPTION=MLCC 10uF 0805 X5R 10V`COST=0.061`PKG_TYPE=0805`REFDES=C?`TOLERANCE=10`
|R 19:50:28_11-21-08
API $1I79 Discretes:cap_np 1 #=1
API $1I79 Discretes:cap_np 2 #=2
M Discretes:inductor $1I80
I $1I80 Discretes:inductor $1N13 VDD+3V3 HEIGHT=1.8`TOLERANCE=20`DATASHEET=http://www.yuden.co.jp/us/product/pdf/ecb2_e.pdf`COST=0.08`MANUFACTURER_PART=CBC2016T2R2M`PKG_TYPE=TAIYO_2016`MANUFACTURER=Taiyo Yuden`I_RATED_TEMP=0.72A`VALUE=2U2`DEVICE=E-09-0004`I_RATED_SAT=0.75A`MAX_DCR=0.26R`DESCRIPTION=Power Inductor, 2.2uH, 0.7A, 260mR DCR`REFDES=L?`DXDB_LIBNAME=Magnetics`
|R 20:00:47_12-17-08
API $1I80 Discretes:inductor 1 #=1
API $1I80 Discretes:inductor 2 #=2
M Discretes:cap_np $1I81
I $1I81 Discretes:cap_np VDD+3V3 $1N14 DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM1885C1H331JA01.pdf`TOLERANCE=5`DESCRIPTION=MLCC 330pF 0603 COG 50V`MANUFACTURER=Murata`DEVICE=E-02-0023`VOLTAGE=50`REFDES=C?`VALUE=330P`DXDB_LIBNAME=Capacitors`PKG_TYPE=0603`HEIGHT=0.9`COST=0.009`MANUFACTURER_PART=GRM1885C1H331JA01`DIELECTRIC=COG`
|R 19:50:28_11-21-08
API $1I81 Discretes:cap_np 1 #=1
API $1I81 Discretes:cap_np 2 #=2
M IC_Voltage:ncp1521b_tsop5 $1I83
I $1I83 IC_Voltage:ncp1521b_tsop5 VDD+5V $1N14 GND $1N13 VDD+5V REFDES=U?`HEIGHT=1.1`DESCRIPTION=DC-DC Converter, 1.5MHz, 600mA`COST=0.53`MANUFACTURER=ON Semiconductor`MANUFACTURER_PART=NCP1521BSNT1G`DEVICE=E-05-0007`DATASHEET=http://www.onsemi.com/pub_link/Collateral/NCP1521B%20DATASHEET.PDF`DXDB_LIBNAME=IC_Voltage`PKG_TYPE=SOT23_5`VALUE=NCP1521B`
|R 11:08:56_6-7-09
API $1I83 IC_Voltage:ncp1521b_tsop5 1 #=3
API $1I83 IC_Voltage:ncp1521b_tsop5 2 #=4
API $1I83 IC_Voltage:ncp1521b_tsop5 3 #=2
API $1I83 IC_Voltage:ncp1521b_tsop5 4 #=5
API $1I83 IC_Voltage:ncp1521b_tsop5 5 #=1
M Discretes:cap_np $1I85
I $1I85 Discretes:cap_np VDD+3V3 GND VOLTAGE=6.3`TOLERANCE=10`DXDB_LIBNAME=Capacitors`VALUE=4U7`HEIGHT=0.9`COST=0.035`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM188R60J475KE19.pdf`MANUFACTURER=Murata`MANUFACTURER_PART=GRM188R60J475KE19`DIELECTRIC=X5R`DEVICE=E-02-0005`PKG_TYPE=0603`REFDES=C?`DESCRIPTION=MLCC 4.7uF 0603 X5R 6.3V`
|R 19:50:28_11-21-08
API $1I85 Discretes:cap_np 1 #=1
API $1I85 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I87
I $1I87 Discretes:cap_np VDD+3V3 GND DXDB_LIBNAME=Capacitors`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`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM155R71C104KA88.pdf`COST=0.004`HEIGHT=0.505`
|R 19:50:28_11-21-08
API $1I87 Discretes:cap_np 1 #=1
API $1I87 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I88
I $1I88 Discretes:cap_np VDD+3V3 GND DIELECTRIC=X7R`VOLTAGE=16`TOLERANCE=10`MANUFACTURER=Murata`MANUFACTURER_PART=GRM155R71C104KA88`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM155R71C104KA88.pdf`COST=0.004`HEIGHT=0.505`DXDB_LIBNAME=Capacitors`DEVICE=E-02-0002`VALUE=100N`PKG_TYPE=0402`REFDES=C?`DESCRIPTION=MLCC 100nF 0402 X7R 16V`
|R 19:50:28_11-21-08
API $1I88 Discretes:cap_np 1 #=1
API $1I88 Discretes:cap_np 2 #=2
M Discretes:res $1I90
I $1I90 Discretes:res $1N57 VDD+1V0 VALUE=2R2`TOLERANCE=5`PKG_TYPE=0603`VOLTAGE=50`POWER=0.1`MANUFACTURER=ROHM`MANUFACTURER_PART=MCR03EZPJ2R2`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`COST=0.004`DEVICE=E-01-0044`HEIGHT=0.55`DXDB_LIBNAME=Resistors`DESCRIPTION=RES 2.2R 0603 1%`REFDES=R?`
|R 16:58:57_12-12-08
API $1I90 Discretes:res 1 #=1
API $1I90 Discretes:res 2 #=2
M Discretes:cap_np $1I92
I $1I92 Discretes:cap_np VDD+3V3 GND DXDB_LIBNAME=Capacitors`COST=0.004`REFDES=C?`DEVICE=E-02-0002`DESCRIPTION=MLCC 100nF 0402 X7R 16V`VALUE=100N`PKG_TYPE=0402`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM155R71C104KA88.pdf`MANUFACTURER=Murata`MANUFACTURER_PART=GRM155R71C104KA88`DIELECTRIC=X7R`VOLTAGE=16`TOLERANCE=10`HEIGHT=0.505`
|R 19:50:28_11-21-08
API $1I92 Discretes:cap_np 1 #=1
API $1I92 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I95
I $1I95 Discretes:cap_np VDD+5V GND COST=0.035`REFDES=C?`DEVICE=E-02-0005`DESCRIPTION=MLCC 4.7uF 0603 X5R 6.3V`VALUE=4U7`PKG_TYPE=0603`DIELECTRIC=X5R`VOLTAGE=6.3`TOLERANCE=10`MANUFACTURER=Murata`MANUFACTURER_PART=GRM188R60J475KE19`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM188R60J475KE19.pdf`HEIGHT=0.9`DXDB_LIBNAME=Capacitors`
|R 19:50:28_11-21-08
API $1I95 Discretes:cap_np 1 #=1
API $1I95 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I97
I $1I97 Discretes:cap_np VDD+3V3 GND VOLTAGE=16`DIELECTRIC=X7R`PKG_TYPE=0402`VALUE=100N`HEIGHT=0.505`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM155R71C104KA88.pdf`DESCRIPTION=MLCC 100nF 0402 X7R 16V`DEVICE=E-02-0002`MANUFACTURER_PART=GRM155R71C104KA88`DXDB_LIBNAME=Capacitors`REFDES=C?`TOLERANCE=10`MANUFACTURER=Murata`COST=0.004`
|R 19:50:28_11-21-08
API $1I97 Discretes:cap_np 1 #=1
API $1I97 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I105
I $1I105 Discretes:cap_np VDD+5V GND HEIGHT=1.3`DESCRIPTION=MLCC 10uF 0805 X5R 10V`VOLTAGE=10`DEVICE=E-02-0007`TOLERANCE=10`DIELECTRIC=X5R`PKG_TYPE=0805`VALUE=10U`REFDES=C?`COST=0.061`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM21BR61A106KE19.pdf`MANUFACTURER_PART=GRM21BR61A106KE19`MANUFACTURER=Murata`DXDB_LIBNAME=Capacitors`
|R 19:50:28_11-21-08
API $1I105 Discretes:cap_np 1 #=1
API $1I105 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I114
I $1I114 Discretes:cap_np $1N57 GND VALUE=1U`COST=0.01`DEVICE=E-02-0020`HEIGHT=0.9`DXDB_LIBNAME=Capacitors`MANUFACTURER_PART=GRM188R61A105KA61`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM188R61A105KA61.pdf`MANUFACTURER=Murata`REFDES=C?`PKG_TYPE=0603`DESCRIPTION=MLCC 1uF 0603 X5R 10V`DIELECTRIC=X5R`VOLTAGE=10`TOLERANCE=10`
|R 19:50:28_11-21-08
API $1I114 Discretes:cap_np 1 #=1
API $1I114 Discretes:cap_np 2 #=2
M IC_Logic:nc7wz07 $1I118
I $1I118 IC_Logic:nc7wz07 1V0_PG 1V0_PG GND VDD+3V3 RST_N TRST_N DESCRIPTION=Dual Logic Buffer, Open Drain Output, UHS Series, SC70`COST=0.08`MANUFACTURER_PART=NC7WZ07P6X`VALUE=NC7WZ07`PKG_TYPE=SC70_6`HEIGHT=1.1`MANUFACTURER=Fairchild`DXDB_LIBNAME=IC_General`DATASHEET=http://www.fairchildsemi.com/ds/NC/NC7WZ07.pdf`REFDES=U?`DEVICE=E-13-0026`
|R 15:42:6_10-16-09
API $1I118 IC_Logic:nc7wz07 1 #=1
API $1I118 IC_Logic:nc7wz07 2 #=3
API $1I118 IC_Logic:nc7wz07 3 #=2
API $1I118 IC_Logic:nc7wz07 4 #=5
API $1I118 IC_Logic:nc7wz07 5 #=6
API $1I118 IC_Logic:nc7wz07 6 #=4
M Discretes:res $1I124
I $1I124 Discretes:res $1N14 VDD+3V3 VOLTAGE=50`DEVICE=E-01-0037`TOLERANCE=1`VALUE=6K8`DESCRIPTION=RES 6.8k 0603 1%`REFDES=R?`POWER=0.1`PKG_TYPE=0603`MANUFACTURER=ROHM`MANUFACTURER_PART=MCR03EZPFX6801`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`COST=0.005`HEIGHT=0.55`DXDB_LIBNAME=Resistors`
|R 16:58:57_12-12-08
API $1I124 Discretes:res 1 #=1
API $1I124 Discretes:res 2 #=2
M Discretes:res $1I128
I $1I128 Discretes:res GND $1N14 REFDES=R?`DEVICE=E-01-0011`DESCRIPTION=RES 1.5k 0603 1%`VALUE=1K5`TOLERANCE=1`PKG_TYPE=0603`VOLTAGE=50`POWER=0.1`MANUFACTURER=ROHM`MANUFACTURER_PART=MCR03EZPFX1501`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`COST=0.005`HEIGHT=0.55`DXDB_LIBNAME=Resistors`
|R 16:58:57_12-12-08
API $1I128 Discretes:res 1 #=1
API $1I128 Discretes:res 2 #=2
M IC_Logic:nc7szu04 $1I161
I $1I161 IC_Logic:nc7szu04 $1N140 GND VDD+3V3 CLK_13M DEVICE=E-13-0021`VALUE=NC7SZU04`DATASHEET=http://www.fairchildsemi.com/ds/NC/NC7SZU04.pdf`MANUFACTURER_PART=NC7SZU04M5X`DESCRIPTION=Unbuffered Inverter, UHS Series, SOT-23-5`COST=0.06`MANUFACTURER=Fairchild`HEIGHT=1.4`PKG_TYPE=SOT23_5`REFDES=U?`DXDB_LIBNAME=IC_General`
|R 15:02:40_6-12-09
API $1I161 IC_Logic:nc7szu04 1 #=2
API $1I161 IC_Logic:nc7szu04 2 #=3
API $1I161 IC_Logic:nc7szu04 3 #=5
API $1I161 IC_Logic:nc7szu04 4 #=4
M Discretes:crystal $1I164
I $1I164 Discretes:crystal $1N140 $1N141 COST=0.23`DXDB_LIBNAME=Timing`HEIGHT=3.3`MANUFACTURER=Abracon`DEVICE=E-07-0005`REFDES=X?`DESCRIPTION=Crystal, 13MHz, HC49/US SMD, Fundamental, 18pF, Tol. �30ppm, Stab. �30ppm`VALUE=ABLS2`PKG_TYPE=XTAL_HC49US_SMD`DATASHEET=http://www.abracon.com/Resonators/ABLS2.pdf`FREQUENCY=13M`MANUFACTURER_PART=ABLS2-13.000MHz-D4Y`
|R 20:08:13_6-16-09
API $1I164 Discretes:crystal 1 #=A
API $1I164 Discretes:crystal 2 #=B
M Discretes:res $1I165
I $1I165 Discretes:res $1N140 CLK_13M DEVICE=E-01-0035`POWER=0.1`COST=0.003`PKG_TYPE=0603`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`MANUFACTURER=ROHM`TOLERANCE=5`VALUE=2M2`MANUFACTURER_PART=MCR03EZPJ225`HEIGHT=0.55`VOLTAGE=50`DXDB_LIBNAME=Resistors`REFDES=R?`DESCRIPTION=RES 2.2M 0603 5%`
|R 16:58:57_12-12-08
API $1I165 Discretes:res 1 #=1
API $1I165 Discretes:res 2 #=2
M Discretes:res $1I166
I $1I166 Discretes:res $1N141 CLK_13M DXDB_LIBNAME=Resistors`TOLERANCE=1`HEIGHT=0.55`VOLTAGE=50`MANUFACTURER=ROHM`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`PKG_TYPE=0603`VALUE=470R`DESCRIPTION=RES 470R 0603 1%`COST=0.005`MANUFACTURER_PART=MCR03EZPFX4700`POWER=0.1`REFDES=R?`DEVICE=E-01-0022`
|R 16:58:57_12-12-08
API $1I166 Discretes:res 1 #=1
API $1I166 Discretes:res 2 #=2
M Discretes:cap_np $1I167
I $1I167 Discretes:cap_np $1N141 GND TOLERANCE=5`REFDES=C?`DESCRIPTION=MLCC 33pF 0603 COG 50V`VOLTAGE=50`MANUFACTURER=Murata`DXDB_LIBNAME=Capacitors`DIELECTRIC=COG`DEVICE=E-02-0018`MANUFACTURER_PART=GRM1885C1H330JA01`HEIGHT=0.9`COST=0.007`PKG_TYPE=0603`VALUE=33P`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM1885C1H330JA01.pdf`
|R 19:50:28_11-21-08
API $1I167 Discretes:cap_np 1 #=1
API $1I167 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I170
I $1I170 Discretes:cap_np $1N140 GND MANUFACTURER=Murata`DEVICE=E-02-0018`VALUE=33P`REFDES=C?`DIELECTRIC=COG`MANUFACTURER_PART=GRM1885C1H330JA01`COST=0.007`HEIGHT=0.9`PKG_TYPE=0603`VOLTAGE=50`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM1885C1H330JA01.pdf`TOLERANCE=5`DESCRIPTION=MLCC 33pF 0603 COG 50V`DXDB_LIBNAME=Capacitors`
|R 19:50:28_11-21-08
API $1I170 Discretes:cap_np 1 #=1
API $1I170 Discretes:cap_np 2 #=2
M Connector:con_2x10 $1I171
I $1I171 Connector:con_2x10 $1N177 XL_UP0 DEBUG GND TDO XL_DN0 RST_N GND $1N184 XL_DN1 $1N185 $1N138 GND TRST_N GND TDI XL_UP1 TMS GND TCK DXDB_LIBNAME=Connectors`COST=0.31`MANUFACTURER=Sullins`MANUFACTURER_PART=SBH11-PBPC-D10-RA-BK`DEVICE=E-04-0022`VALUE=HEADER_RA`PKG_TYPE=IDC_HEADER_RA_20PIN`DESCRIPTION=IDC Boxed Header, Right Angle, PCB Mount, Polarised, 20 Way, 2x10, 0.1" Pitch`DATASHEET=http://www.sullinscorp.com/drawings/145_SBH11-PBPC-D___-RA-___,_11092-B.pdf`HEIGHT=9.3`REFDES=J?`
|R 17:11:13_6-11-09
API $1I171 Connector:con_2x10 1 #=1
API $1I171 Connector:con_2x10 2 #=10
API $1I171 Connector:con_2x10 3 #=11
API $1I171 Connector:con_2x10 4 #=12
API $1I171 Connector:con_2x10 5 #=13
API $1I171 Connector:con_2x10 6 #=14
API $1I171 Connector:con_2x10 7 #=15
API $1I171 Connector:con_2x10 8 #=16
API $1I171 Connector:con_2x10 9 #=17
API $1I171 Connector:con_2x10 10 #=18
API $1I171 Connector:con_2x10 11 #=19
API $1I171 Connector:con_2x10 12 #=2
API $1I171 Connector:con_2x10 13 #=20
API $1I171 Connector:con_2x10 14 #=3
API $1I171 Connector:con_2x10 15 #=4
API $1I171 Connector:con_2x10 16 #=5
API $1I171 Connector:con_2x10 17 #=6
API $1I171 Connector:con_2x10 18 #=7
API $1I171 Connector:con_2x10 19 #=8
API $1I171 Connector:con_2x10 20 #=9
M Discretes:res $1I173
I $1I173 Discretes:res DEBUG VDD+3V3 VALUE=10K`TOLERANCE=1`PKG_TYPE=0603`VOLTAGE=50`POWER=0.1`MANUFACTURER=ROHM`MANUFACTURER_PART=MCR03EZPFX1002`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`COST=0.005`HEIGHT=0.55`DXDB_LIBNAME=Resistors`REFDES=R?`DEVICE=E-01-0002`DESCRIPTION=RES 10k 0603 1%`
|R 16:58:57_12-12-08
API $1I173 Discretes:res 1 #=1
API $1I173 Discretes:res 2 #=2
M IC_General:ncp303 $1I188
I $1I188 IC_General:ncp303 $1N218 GND VDD+3V3 $1N219 3V3_PG DXDB_LIBNAME=IC_General`HEIGHT=1.1`COST=0.15`DATASHEET=http://www.onsemi.com/pub/Collateral/NCP302-D.PDF`MANUFACTURER_PART=NCP303LSN30T1G`MANUFACTURER=ON Semiconductor`VALUE=NCP303LSN30`PKG_TYPE=SOT23_5`DESCRIPTION=Voltage Detector, 3.0V, Programmable Delay, SOT23-5`DEVICE=E-13-0025`REFDES=U?`
|R 14:56:57_6-11-09
API $1I188 IC_General:ncp303 1 #=5
API $1I188 IC_General:ncp303 2 #=3
API $1I188 IC_General:ncp303 3 #=2
API $1I188 IC_General:ncp303 4 #=4
API $1I188 IC_General:ncp303 5 #=1
M IC_General:ncp303 $1I189
I $1I189 IC_General:ncp303 $1N198 GND VDD+1V0 $1N204 1V0_PG DXDB_LIBNAME=IC_General`HEIGHT=1.1`COST=0.15`DATASHEET=http://www.onsemi.com/pub/Collateral/NCP302-D.PDF`MANUFACTURER_PART=NCP303LSN09T1G`MANUFACTURER=ON Semiconductor`VALUE=NCP303LSN09`PKG_TYPE=SOT23_5`DESCRIPTION=Voltage Detector, 0.9V, Programmable Delay, SOT23-5`DEVICE=E-13-0019`REFDES=U?`
|R 14:56:57_6-11-09
API $1I189 IC_General:ncp303 1 #=5
API $1I189 IC_General:ncp303 2 #=3
API $1I189 IC_General:ncp303 3 #=2
API $1I189 IC_General:ncp303 4 #=4
API $1I189 IC_General:ncp303 5 #=1
M IC_Voltage:fan2012 $1I235
I $1I235 IC_Voltage:fan2012 GND 3V3_PG $1N38 GND VDD+5V $1N243 VDD+5V DXDB_LIBNAME=IC_Voltage`HEIGHT=0.8`COST=0.72`DATASHEET=http://www.fairchildsemi.com/ds/FA/FAN2012.pdf`MANUFACTURER_PART=FAN2012MPX`MANUFACTURER=Fairchild Semiconductor`PKG_TYPE=DFN6_FAN2013`VALUE=FAN2012`DESCRIPTION=DC-DC Converter, 1.3MHz, 1.5A`DEVICE=E-05-0012`REFDES=U?`
|R 14:54:41_2-17-10
API $1I235 IC_Voltage:fan2012 1 #=7
API $1I235 IC_Voltage:fan2012 2 #=6
API $1I235 IC_Voltage:fan2012 3 #=1
API $1I235 IC_Voltage:fan2012 4 #=2
API $1I235 IC_Voltage:fan2012 5 #=4
API $1I235 IC_Voltage:fan2012 6 #=3
API $1I235 IC_Voltage:fan2012 7 #=5
M Discretes:res $1I225
I $1I225 Discretes:res VDD+5V 3V3_PG DXDB_LIBNAME=Resistors`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`TOLERANCE=1`VOLTAGE=50`VALUE=10K`DEVICE=E-01-0002`PKG_TYPE=0603`MANUFACTURER_PART=MCR03EZPFX1002`MANUFACTURER=ROHM`POWER=0.1`HEIGHT=0.55`COST=0.005`DESCRIPTION=RES 10k 0603 1%`REFDES=R?`
|R 16:58:57_12-12-08
API $1I225 Discretes:res 1 #=1
API $1I225 Discretes:res 2 #=2
M Discretes:inductor $1I254
I $1I254 Discretes:inductor $1N243 VDD+1V0 DXDB_LIBNAME=Magnetics`HEIGHT=1.8`COST=0.16`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/L0075S0103LQH44P.pdf`MANUFACTURER_PART=LQH44PN3R3MP0`MANUFACTURER=Murata`I_RATED_TEMP=1.7A`I_RATED_SAT=2.1A`MAX_DCR=0.078R`PKG_TYPE=MURATA_LQH44P`TOLERANCE=20`VALUE=3U3`DESCRIPTION=Power Inductor, 3.3uH, 1.7A, 78mR DCR`DEVICE=E-09-0008`REFDES=L?`
|R 20:00:47_12-17-08
API $1I254 Discretes:inductor 1 #=1
API $1I254 Discretes:inductor 2 #=2
M Discretes:res $1I255
I $1I255 Discretes:res $1N38 VDD+1V0 DXDB_LIBNAME=Resistors`HEIGHT=0.55`COST=0.005`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`MANUFACTURER_PART=MCR03EZPFX1801`MANUFACTURER=ROHM`POWER=0.1`VOLTAGE=50`PKG_TYPE=0603`TOLERANCE=1`VALUE=1K8`DESCRIPTION=RES 1.8k 0603 1%`DEVICE=E-01-0049`REFDES=R?`
|R 16:58:57_12-12-08
API $1I255 Discretes:res 1 #=1
API $1I255 Discretes:res 2 #=2
M Discretes:res $1I256
I $1I256 Discretes:res GND $1N38 DXDB_LIBNAME=Resistors`HEIGHT=0.55`COST=0.005`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`MANUFACTURER_PART=MCR03EZPFX6801`MANUFACTURER=ROHM`POWER=0.1`VOLTAGE=50`PKG_TYPE=0603`TOLERANCE=1`VALUE=6K8`DESCRIPTION=RES 6.8k 0603 1%`DEVICE=E-01-0037`REFDES=R?`
|R 16:58:57_12-12-08
API $1I256 Discretes:res 1 #=1
API $1I256 Discretes:res 2 #=2
M Discretes:cap_np $1I257
I $1I257 Discretes:cap_np VDD+1V0 GND DXDB_LIBNAME=Capacitors`HEIGHT=1.3`COST=0.061`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM21BR61A106KE19.pdf`MANUFACTURER_PART=GRM21BR61A106KE19`MANUFACTURER=Murata`TOLERANCE=10`VOLTAGE=10`DIELECTRIC=X5R`PKG_TYPE=0805`VALUE=10U`DESCRIPTION=MLCC 10uF 0805 X5R 10V`DEVICE=E-02-0007`REFDES=C?`
|R 19:50:28_11-21-08
API $1I257 Discretes:cap_np 1 #=1
API $1I257 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I258
I $1I258 Discretes:cap_np VDD+1V0 GND DXDB_LIBNAME=Capacitors`HEIGHT=1.3`COST=0.061`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM21BR61A106KE19.pdf`MANUFACTURER_PART=GRM21BR61A106KE19`MANUFACTURER=Murata`TOLERANCE=10`VOLTAGE=10`DIELECTRIC=X5R`PKG_TYPE=0805`VALUE=10U`DESCRIPTION=MLCC 10uF 0805 X5R 10V`DEVICE=E-02-0007`REFDES=C?`
|R 19:50:28_11-21-08
API $1I258 Discretes:cap_np 1 #=1
API $1I258 Discretes:cap_np 2 #=2
M Discretes:res $1I263
I $1I263 Discretes:res 1V0_PG VDD+3V3 DXDB_LIBNAME=Resistors`HEIGHT=0.55`COST=0.005`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`MANUFACTURER_PART=MCR03EZPFX4702`MANUFACTURER=ROHM`POWER=0.1`VOLTAGE=50`PKG_TYPE=0603`TOLERANCE=1`VALUE=47K`DESCRIPTION=RES 47k 0603 1%`DEVICE=E-01-0039`REFDES=R?`
|R 16:58:57_12-12-08
API $1I263 Discretes:res 1 #=1
API $1I263 Discretes:res 2 #=2
M Discretes:cap_np $1I264
I $1I264 Discretes:cap_np $1N198 GND DXDB_LIBNAME=Capacitors`HEIGHT=0.9`COST=0.006`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM188R71H103KA01.pdf`MANUFACTURER_PART=GRM188R71H103KA01`MANUFACTURER=Murata`TOLERANCE=10`VOLTAGE=50`DIELECTRIC=X7R`PKG_TYPE=0603`VALUE=10N`DESCRIPTION=MLCC 10nF 0603 X7R 50V`DEVICE=E-02-0022`REFDES=C?`
|R 19:50:28_11-21-08
API $1I264 Discretes:cap_np 1 #=1
API $1I264 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I270
I $1I270 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 $1I270 Discretes:cap_np 1 #=1
API $1I270 Discretes:cap_np 2 #=2
M IC_XMOS:xs1_l2_124qfn_ss $1I1187
I $1I1187 IC_XMOS:xs1_l2_124qfn_ss CLK_13M DEBUG GND GND TRST_N TRST_N GND RST_N TCK TDI TDO TMS TRST_N REFDES=U?`DEVICE=E-11-0009`DESCRIPTION=XMOS XS1-L2 Processor, 124QFN, 500MHz`PKG_TYPE=QFN124_XMOS`VALUE=XS1_L2_124QFN`MANUFACTURER=XMOS`MANUFACTURER_PART=XS1-L02A-QF124-C5`DATASHEET=http://www.xmos.com/published/xs1-l2-124qfn-ds`COST=11.3`HEIGHT=1.05`DXDB_LIBNAME=IC_XMOS`
|R 23:56:50_11-26-09
API $1I1187 IC_XMOS:xs1_l2_124qfn_ss 1 #=B7
API $1I1187 IC_XMOS:xs1_l2_124qfn_ss 2 #=B37
API $1I1187 IC_XMOS:xs1_l2_124qfn_ss 3 #=B33
API $1I1187 IC_XMOS:xs1_l2_124qfn_ss 4 #=B34
API $1I1187 IC_XMOS:xs1_l2_124qfn_ss 5 #=B35
API $1I1187 IC_XMOS:xs1_l2_124qfn_ss 6 #=B36
API $1I1187 IC_XMOS:xs1_l2_124qfn_ss 7 #=A35
API $1I1187 IC_XMOS:xs1_l2_124qfn_ss 8 #=B8
API $1I1187 IC_XMOS:xs1_l2_124qfn_ss 9 #=B10
API $1I1187 IC_XMOS:xs1_l2_124qfn_ss 10 #=B12
API $1I1187 IC_XMOS:xs1_l2_124qfn_ss 11 #=B9
API $1I1187 IC_XMOS:xs1_l2_124qfn_ss 12 #=B11
API $1I1187 IC_XMOS:xs1_l2_124qfn_ss 13 #=B13
M IC_XMOS:xs1_l2_124qfn_pwr $1I1212
I $1I1212 IC_XMOS:xs1_l2_124qfn_pwr GND GND GND GND VDD+3V3 CLK_13M $1N59 VDD+1V0 VDD+3V3 $1N58 GND $1N57 VDD+3V3 VDD+3V3 VDD+3V3 VDD+3V3 VDD+3V3 VDD+3V3 VDD+3V3 VDD+3V3 VDD+1V0 VDD+1V0 VDD+1V0 VDD+1V0 VDD+1V0 VDD+1V0 VDD+1V0 VDD+1V0 REFDES=U?`DEVICE=E-11-0009`DESCRIPTION=XMOS XS1-L2 Processor, 124QFN, 500MHz`PKG_TYPE=QFN124_XMOS`VALUE=XS1_L2_124QFN`MANUFACTURER=XMOS`MANUFACTURER_PART=XS1-L02A-QF124-C5`DATASHEET=http://www.xmos.com/published/xs1-l2-124qfn-ds`COST=11.3`HEIGHT=1.05`DXDB_LIBNAME=IC_XMOS`
|R 20:40:28_11-24-09
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 1 #=A1
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 2 #=A18
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 3 #=A52
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 4 #=PAD
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 5 #=B32
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 6 #=B6
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 7 #=B3
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 8 #=B5
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 9 #=B4
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 10 #=B2
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 11 #=A37
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 12 #=A38
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 13 #=A17
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 14 #=A2
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 15 #=A36
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 16 #=A51
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 17 #=B1
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 18 #=B14
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 19 #=B29
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 20 #=B42
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 21 #=A19
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 22 #=A34
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 23 #=A53
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 24 #=A68
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 25 #=B15
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 26 #=B28
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 27 #=B43
API $1I1212 IC_XMOS:xs1_l2_124qfn_pwr 28 #=B56
EW