XMOS USB Audio 2 xmos

xmos-usb-audio-2 / DesignFiles / WIR / L1_128_USB.1

59.4 KB · raw

| Wirelist created using version 6.0 
V 6.0
DW L1_128_USB
Q Case
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: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
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_XMOS:xs1_l1_128tqfp_ss 1
AS IC_XMOS:xs1_l1_128tqfp_ss LEVEL=STD
AS IC_XMOS:xs1_l1_128tqfp_ss PARTS=1
AS IC_XMOS:xs1_l1_128tqfp_ss HETERO=XS1_L1_128TQFP_IO,XS1_L1_128TQFP_PWR,XS1_L1_128TQFP_SS
AS IC_XMOS:xs1_l1_128tqfp_ss DEVICE=?
AS IC_XMOS:xs1_l1_128tqfp_ss REFDES=U?
AS IC_XMOS:xs1_l1_128tqfp_ss VALUE
AS IC_XMOS:xs1_l1_128tqfp_ss FORWARD_PCB=1
AS IC_XMOS:xs1_l1_128tqfp_ss INOV_VER_REC=10:59:34_7-23-09
AS IC_XMOS:xs1_l1_128tqfp_ss PINORDER=CLK DEBUG MODE0 MODE1 MODE2 MODE3 RESERVED RST_N TCK TDI TDO TMS TRST_N
AP IC_XMOS:xs1_l1_128tqfp_ss 1 #=25
AP IC_XMOS:xs1_l1_128tqfp_ss 1 PINTYPE=IN
AP IC_XMOS:xs1_l1_128tqfp_ss 2 #=42
AP IC_XMOS:xs1_l1_128tqfp_ss 2 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_ss 3 #=51
AP IC_XMOS:xs1_l1_128tqfp_ss 3 PINTYPE=IN
AP IC_XMOS:xs1_l1_128tqfp_ss 4 #=52
AP IC_XMOS:xs1_l1_128tqfp_ss 4 PINTYPE=IN
AP IC_XMOS:xs1_l1_128tqfp_ss 5 #=53
AP IC_XMOS:xs1_l1_128tqfp_ss 5 PINTYPE=IN
AP IC_XMOS:xs1_l1_128tqfp_ss 6 #=55
AP IC_XMOS:xs1_l1_128tqfp_ss 6 PINTYPE=IN
AP IC_XMOS:xs1_l1_128tqfp_ss 7 #=18
AP IC_XMOS:xs1_l1_128tqfp_ss 7 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_ss 8 #=21
AP IC_XMOS:xs1_l1_128tqfp_ss 8 PINTYPE=IN
AP IC_XMOS:xs1_l1_128tqfp_ss 9 #=61
AP IC_XMOS:xs1_l1_128tqfp_ss 9 PINTYPE=IN
AP IC_XMOS:xs1_l1_128tqfp_ss 10 #=62
AP IC_XMOS:xs1_l1_128tqfp_ss 10 PINTYPE=IN
AP IC_XMOS:xs1_l1_128tqfp_ss 11 #=63
AP IC_XMOS:xs1_l1_128tqfp_ss 11 PINTYPE=OUT
AP IC_XMOS:xs1_l1_128tqfp_ss 12 #=58
AP IC_XMOS:xs1_l1_128tqfp_ss 12 PINTYPE=IN
AP IC_XMOS:xs1_l1_128tqfp_ss 13 #=56
AP IC_XMOS:xs1_l1_128tqfp_ss 13 PINTYPE=IN
|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:usb3317 1
AS IC_General:usb3317 LEVEL=STD
AS IC_General:usb3317 PARTS=1
AS IC_General:usb3317 REFDES=U?
AS IC_General:usb3317 DEVICE=??
AS IC_General:usb3317 VALUE
AS IC_General:usb3317 FORWARD_PCB=1
AS IC_General:usb3317 INOV_VER_REC=14:02:18_5-1-09
AS IC_General:usb3317 PINORDER=CLKOUT CPEN DATA0 DATA1 DATA2 DATA3 DATA4 DATA5 DATA6 DATA7 DIR DM DP GND ID NXT RBIAS REFCLK RESETB STP VBAT VBUS VDD18 VDD33 VDDIO
AP IC_General:usb3317 1 #=12
AP IC_General:usb3317 1 PINTYPE=OUT
AP IC_General:usb3317 2 #=7
AP IC_General:usb3317 2 PINTYPE=OUT
AP IC_General:usb3317 3 #=16
AP IC_General:usb3317 3 PINTYPE=BI
AP IC_General:usb3317 4 #=15
AP IC_General:usb3317 4 PINTYPE=BI
AP IC_General:usb3317 5 #=14
AP IC_General:usb3317 5 PINTYPE=BI
AP IC_General:usb3317 6 #=13
AP IC_General:usb3317 6 PINTYPE=BI
AP IC_General:usb3317 7 #=11
AP IC_General:usb3317 7 PINTYPE=BI
AP IC_General:usb3317 8 #=10
AP IC_General:usb3317 8 PINTYPE=BI
AP IC_General:usb3317 9 #=9
AP IC_General:usb3317 9 PINTYPE=BI
AP IC_General:usb3317 10 #=8
AP IC_General:usb3317 10 PINTYPE=BI
AP IC_General:usb3317 11 #=19
AP IC_General:usb3317 11 PINTYPE=OUT
AP IC_General:usb3317 12 #=5
AP IC_General:usb3317 12 PINTYPE=BI
AP IC_General:usb3317 13 #=6
AP IC_General:usb3317 13 PINTYPE=BI
AP IC_General:usb3317 14 #=25
AP IC_General:usb3317 14 PINTYPE=ANALOG
AP IC_General:usb3317 15 #=1
AP IC_General:usb3317 15 PINTYPE=IN
AP IC_General:usb3317 16 #=18
AP IC_General:usb3317 16 PINTYPE=OUT
AP IC_General:usb3317 17 #=24
AP IC_General:usb3317 17 PINTYPE=ANALOG
AP IC_General:usb3317 18 #=23
AP IC_General:usb3317 18 PINTYPE=IN
AP IC_General:usb3317 19 #=22
AP IC_General:usb3317 19 PINTYPE=IN
AP IC_General:usb3317 20 #=20
AP IC_General:usb3317 20 PINTYPE=IN
AP IC_General:usb3317 21 #=3
AP IC_General:usb3317 21 PINTYPE=ANALOG
AP IC_General:usb3317 22 #=2
AP IC_General:usb3317 22 PINTYPE=ANALOG
AP IC_General:usb3317 23 #=21
AP IC_General:usb3317 23 PINTYPE=ANALOG
AP IC_General:usb3317 24 #=4
AP IC_General:usb3317 24 PINTYPE=ANALOG
AP IC_General:usb3317 25 #=17
AP IC_General:usb3317 25 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 Connector:usb_b 1
AS Connector:usb_b LEVEL=STD
AS Connector:usb_b PARTS=1
AS Connector:usb_b DEVICE=??
AS Connector:usb_b REFDES=J?
AS Connector:usb_b VALUE
AS Connector:usb_b FORWARD_PCB=1
AS Connector:usb_b INOV_VER_REC=15:10:10_5-1-09
AS Connector:usb_b PINORDER=DM DP GND S1 S2 VBUS
AP Connector:usb_b 1 #=2
AP Connector:usb_b 1 PINTYPE=ANALOG
AP Connector:usb_b 2 #=3
AP Connector:usb_b 2 PINTYPE=ANALOG
AP Connector:usb_b 3 #=4
AP Connector:usb_b 3 PINTYPE=ANALOG
AP Connector:usb_b 4 #=5
AP Connector:usb_b 4 PINTYPE=ANALOG
AP Connector:usb_b 5 #=6
AP Connector:usb_b 5 PINTYPE=ANALOG
AP Connector:usb_b 6 #=1
AP Connector:usb_b 6 PINTYPE=ANALOG
|Q IC_Voltage:ncp699 1
AS IC_Voltage:ncp699 LEVEL=STD
AS IC_Voltage:ncp699 PARTS=1
AS IC_Voltage:ncp699 REFDES=U?
AS IC_Voltage:ncp699 DEVICE=??
AS IC_Voltage:ncp699 VALUE
AS IC_Voltage:ncp699 FORWARD_PCB=1
AS IC_Voltage:ncp699 INOV_VER_REC=11:04:15_6-7-09
AS IC_Voltage:ncp699 PINORDER=EN GND NC VIN VOUT
AP IC_Voltage:ncp699 1 #=3
AP IC_Voltage:ncp699 1 PINTYPE=ANALOG
AP IC_Voltage:ncp699 2 #=2
AP IC_Voltage:ncp699 2 PINTYPE=ANALOG
AP IC_Voltage:ncp699 3 #=4
AP IC_Voltage:ncp699 3 PINTYPE=ANALOG
AP IC_Voltage:ncp699 4 #=1
AP IC_Voltage:ncp699 4 PINTYPE=ANALOG
AP IC_Voltage:ncp699 5 #=5
AP IC_Voltage:ncp699 5 PINTYPE=ANALOG
|Q IC_XMOS:xs1_l1_128tqfp_pwr 1
AS IC_XMOS:xs1_l1_128tqfp_pwr LEVEL=STD
AS IC_XMOS:xs1_l1_128tqfp_pwr PARTS=1
AS IC_XMOS:xs1_l1_128tqfp_pwr HETERO=XS1_L1_128TQFP_IO,XS1_L1_128TQFP_PWR,XS1_L1_128TQFP_SS
AS IC_XMOS:xs1_l1_128tqfp_pwr DEVICE=?
AS IC_XMOS:xs1_l1_128tqfp_pwr REFDES=U?
AS IC_XMOS:xs1_l1_128tqfp_pwr VALUE
AS IC_XMOS:xs1_l1_128tqfp_pwr FORWARD_PCB=1
AS IC_XMOS:xs1_l1_128tqfp_pwr INOV_VER_REC=11:03:38_7-23-09
AS IC_XMOS:xs1_l1_128tqfp_pwr PINORDER=GND_116 GND_17 GND_39 GND_40 GND_41 GND_43 GND_54 GND_57 GND_60 GND_65 GND_66 GND_71 GND_78 GND_80 GND_88 GND_91 GND_92 GND_99 GND_PAD OTP_VDDIO OTP_VPP PCU_CLK PCU_GATE PCU_VDD PCU_VDDIO PCU_WAKE PLL_AGND PLL_AVDD VDDIO_1 VDDIO_103 VDDIO_111 VDDIO_120 VDDIO_15 VDDIO_26 VDDIO_32 VDDIO_44 VDDIO_50 VDDIO_64 VDDIO_73 VDDIO_79 VDDIO_93 VDD_101 VDD_108 VDD_12 VDD_123 VDD_29 VDD_49 VDD_59 VDD_68 VDD_74 VDD_77 VDD_83
AP IC_XMOS:xs1_l1_128tqfp_pwr 1 #=116
AP IC_XMOS:xs1_l1_128tqfp_pwr 1 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 2 #=17
AP IC_XMOS:xs1_l1_128tqfp_pwr 2 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 2 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 3 #=39
AP IC_XMOS:xs1_l1_128tqfp_pwr 3 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 4 #=40
AP IC_XMOS:xs1_l1_128tqfp_pwr 4 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 5 #=41
AP IC_XMOS:xs1_l1_128tqfp_pwr 5 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 6 #=43
AP IC_XMOS:xs1_l1_128tqfp_pwr 6 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 7 #=54
AP IC_XMOS:xs1_l1_128tqfp_pwr 7 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 8 #=57
AP IC_XMOS:xs1_l1_128tqfp_pwr 8 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 9 #=60
AP IC_XMOS:xs1_l1_128tqfp_pwr 9 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 10 #=65
AP IC_XMOS:xs1_l1_128tqfp_pwr 10 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 11 #=66
AP IC_XMOS:xs1_l1_128tqfp_pwr 11 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 12 #=71
AP IC_XMOS:xs1_l1_128tqfp_pwr 12 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 13 #=78
AP IC_XMOS:xs1_l1_128tqfp_pwr 13 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 14 #=80
AP IC_XMOS:xs1_l1_128tqfp_pwr 14 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 15 #=88
AP IC_XMOS:xs1_l1_128tqfp_pwr 15 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 16 #=91
AP IC_XMOS:xs1_l1_128tqfp_pwr 16 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 17 #=92
AP IC_XMOS:xs1_l1_128tqfp_pwr 17 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 18 #=99
AP IC_XMOS:xs1_l1_128tqfp_pwr 18 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 19 #=129
AP IC_XMOS:xs1_l1_128tqfp_pwr 19 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 20 #=45
AP IC_XMOS:xs1_l1_128tqfp_pwr 20 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 21 #=46
AP IC_XMOS:xs1_l1_128tqfp_pwr 21 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 22 #=24
AP IC_XMOS:xs1_l1_128tqfp_pwr 22 PINTYPE=IN
AP IC_XMOS:xs1_l1_128tqfp_pwr 22 PINTYPE=IN
AP IC_XMOS:xs1_l1_128tqfp_pwr 23 #=23
AP IC_XMOS:xs1_l1_128tqfp_pwr 23 PINTYPE=OUT
AP IC_XMOS:xs1_l1_128tqfp_pwr 24 #=19
AP IC_XMOS:xs1_l1_128tqfp_pwr 24 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 25 #=22
AP IC_XMOS:xs1_l1_128tqfp_pwr 25 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 26 #=20
AP IC_XMOS:xs1_l1_128tqfp_pwr 26 PINTYPE=IN
AP IC_XMOS:xs1_l1_128tqfp_pwr 27 #=47
AP IC_XMOS:xs1_l1_128tqfp_pwr 27 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 28 #=48
AP IC_XMOS:xs1_l1_128tqfp_pwr 28 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 29 #=1
AP IC_XMOS:xs1_l1_128tqfp_pwr 29 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 30 #=103
AP IC_XMOS:xs1_l1_128tqfp_pwr 30 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 31 #=111
AP IC_XMOS:xs1_l1_128tqfp_pwr 31 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 32 #=120
AP IC_XMOS:xs1_l1_128tqfp_pwr 32 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 33 #=15
AP IC_XMOS:xs1_l1_128tqfp_pwr 33 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 34 #=26
AP IC_XMOS:xs1_l1_128tqfp_pwr 34 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 35 #=32
AP IC_XMOS:xs1_l1_128tqfp_pwr 35 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 36 #=44
AP IC_XMOS:xs1_l1_128tqfp_pwr 36 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 37 #=50
AP IC_XMOS:xs1_l1_128tqfp_pwr 37 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 38 #=64
AP IC_XMOS:xs1_l1_128tqfp_pwr 38 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 39 #=73
AP IC_XMOS:xs1_l1_128tqfp_pwr 39 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 40 #=79
AP IC_XMOS:xs1_l1_128tqfp_pwr 40 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 41 #=93
AP IC_XMOS:xs1_l1_128tqfp_pwr 41 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 42 #=101
AP IC_XMOS:xs1_l1_128tqfp_pwr 42 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 43 #=108
AP IC_XMOS:xs1_l1_128tqfp_pwr 43 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 44 #=12
AP IC_XMOS:xs1_l1_128tqfp_pwr 44 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 45 #=123
AP IC_XMOS:xs1_l1_128tqfp_pwr 45 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 46 #=29
AP IC_XMOS:xs1_l1_128tqfp_pwr 46 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 47 #=49
AP IC_XMOS:xs1_l1_128tqfp_pwr 47 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 48 #=59
AP IC_XMOS:xs1_l1_128tqfp_pwr 48 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 49 #=68
AP IC_XMOS:xs1_l1_128tqfp_pwr 49 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 50 #=74
AP IC_XMOS:xs1_l1_128tqfp_pwr 50 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 51 #=77
AP IC_XMOS:xs1_l1_128tqfp_pwr 51 PINTYPE=ANALOG
AP IC_XMOS:xs1_l1_128tqfp_pwr 52 #=83
AP IC_XMOS:xs1_l1_128tqfp_pwr 52 PINTYPE=ANALOG
|Q Discretes:ferrite 1
AS Discretes:ferrite INOV_VER_REC=16:55:6_11-28-08
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 IC_XMOS:xs1_l1_128tqfp_io 1
AS IC_XMOS:xs1_l1_128tqfp_io PARTS=1
AS IC_XMOS:xs1_l1_128tqfp_io VALUE
AS IC_XMOS:xs1_l1_128tqfp_io HETERO=XS1_L1_128TQFP_IO,XS1_L1_128TQFP_PWR,XS1_L1_128TQFP_SS
AS IC_XMOS:xs1_l1_128tqfp_io DEVICE=?
AS IC_XMOS:xs1_l1_128tqfp_io REFDES=U?
AS IC_XMOS:xs1_l1_128tqfp_io FORWARD_PCB=1
AS IC_XMOS:xs1_l1_128tqfp_io INOV_VER_REC=11:19:59_7-23-09
AS IC_XMOS:xs1_l1_128tqfp_io PINORDER=X0D0 X0D1 X0D10 X0D11 X0D12 X0D13 X0D14 X0D15 X0D16 X0D17 X0D18 X0D19 X0D2 X0D20 X0D21 X0D22 X0D23 X0D24 X0D25 X0D26 X0D27 X0D28 X0D29 X0D3 X0D30 X0D31 X0D32 X0D33 X0D34 X0D35 X0D36 X0D37 X0D38 X0D39 X0D4 X0D40 X0D41 X0D42 X0D43 X0D49 X0D5 X0D50 X0D51 X0D52 X0D53 X0D54 X0D55 X0D56 X0D57 X0D58 X0D6 X0D61 X0D62 X0D63 X0D64 X0D65 X0D66 X0D67 X0D68 X0D69 X0D7 X0D70 X0D8 X0D9
AP IC_XMOS:xs1_l1_128tqfp_io 1 #=37
AP IC_XMOS:xs1_l1_128tqfp_io 1 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 2 #=36
AP IC_XMOS:xs1_l1_128tqfp_io 2 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 3 #=5
AP IC_XMOS:xs1_l1_128tqfp_io 3 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 4 #=2
AP IC_XMOS:xs1_l1_128tqfp_io 4 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 5 #=128
AP IC_XMOS:xs1_l1_128tqfp_io 5 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 6 #=126
AP IC_XMOS:xs1_l1_128tqfp_io 6 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 7 #=118
AP IC_XMOS:xs1_l1_128tqfp_io 7 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 8 #=115
AP IC_XMOS:xs1_l1_128tqfp_io 8 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 9 #=113
AP IC_XMOS:xs1_l1_128tqfp_io 9 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 10 #=110
AP IC_XMOS:xs1_l1_128tqfp_io 10 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 11 #=107
AP IC_XMOS:xs1_l1_128tqfp_io 11 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 12 #=106
AP IC_XMOS:xs1_l1_128tqfp_io 12 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 13 #=34
AP IC_XMOS:xs1_l1_128tqfp_io 13 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 14 #=96
AP IC_XMOS:xs1_l1_128tqfp_io 14 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 15 #=90
AP IC_XMOS:xs1_l1_128tqfp_io 15 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 16 #=94
AP IC_XMOS:xs1_l1_128tqfp_io 16 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 17 #=89
AP IC_XMOS:xs1_l1_128tqfp_io 17 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 18 #=87
AP IC_XMOS:xs1_l1_128tqfp_io 18 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 19 #=86
AP IC_XMOS:xs1_l1_128tqfp_io 19 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 20 #=85
AP IC_XMOS:xs1_l1_128tqfp_io 20 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 21 #=84
AP IC_XMOS:xs1_l1_128tqfp_io 21 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 22 #=109
AP IC_XMOS:xs1_l1_128tqfp_io 22 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 23 #=105
AP IC_XMOS:xs1_l1_128tqfp_io 23 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 24 #=30
AP IC_XMOS:xs1_l1_128tqfp_io 24 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 25 #=104
AP IC_XMOS:xs1_l1_128tqfp_io 25 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 26 #=102
AP IC_XMOS:xs1_l1_128tqfp_io 26 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 27 #=72
AP IC_XMOS:xs1_l1_128tqfp_io 27 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 28 #=70
AP IC_XMOS:xs1_l1_128tqfp_io 28 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 29 #=69
AP IC_XMOS:xs1_l1_128tqfp_io 29 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 30 #=67
AP IC_XMOS:xs1_l1_128tqfp_io 30 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 31 #=82
AP IC_XMOS:xs1_l1_128tqfp_io 31 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 32 #=81
AP IC_XMOS:xs1_l1_128tqfp_io 32 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 33 #=76
AP IC_XMOS:xs1_l1_128tqfp_io 33 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 34 #=75
AP IC_XMOS:xs1_l1_128tqfp_io 34 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 35 #=28
AP IC_XMOS:xs1_l1_128tqfp_io 35 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 36 #=100
AP IC_XMOS:xs1_l1_128tqfp_io 36 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 37 #=98
AP IC_XMOS:xs1_l1_128tqfp_io 37 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 38 #=97
AP IC_XMOS:xs1_l1_128tqfp_io 38 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 39 #=95
AP IC_XMOS:xs1_l1_128tqfp_io 39 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 40 #=4
AP IC_XMOS:xs1_l1_128tqfp_io 40 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 41 #=27
AP IC_XMOS:xs1_l1_128tqfp_io 41 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 42 #=6
AP IC_XMOS:xs1_l1_128tqfp_io 42 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 43 #=8
AP IC_XMOS:xs1_l1_128tqfp_io 43 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 44 #=9
AP IC_XMOS:xs1_l1_128tqfp_io 44 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 45 #=11
AP IC_XMOS:xs1_l1_128tqfp_io 45 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 46 #=13
AP IC_XMOS:xs1_l1_128tqfp_io 46 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 47 #=31
AP IC_XMOS:xs1_l1_128tqfp_io 47 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 48 #=33
AP IC_XMOS:xs1_l1_128tqfp_io 48 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 49 #=35
AP IC_XMOS:xs1_l1_128tqfp_io 49 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 50 #=38
AP IC_XMOS:xs1_l1_128tqfp_io 50 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 51 #=16
AP IC_XMOS:xs1_l1_128tqfp_io 51 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 52 #=3
AP IC_XMOS:xs1_l1_128tqfp_io 52 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 53 #=127
AP IC_XMOS:xs1_l1_128tqfp_io 53 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 54 #=125
AP IC_XMOS:xs1_l1_128tqfp_io 54 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 55 #=124
AP IC_XMOS:xs1_l1_128tqfp_io 55 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 56 #=122
AP IC_XMOS:xs1_l1_128tqfp_io 56 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 57 #=121
AP IC_XMOS:xs1_l1_128tqfp_io 57 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 58 #=119
AP IC_XMOS:xs1_l1_128tqfp_io 58 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 59 #=117
AP IC_XMOS:xs1_l1_128tqfp_io 59 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 60 #=114
AP IC_XMOS:xs1_l1_128tqfp_io 60 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 61 #=14
AP IC_XMOS:xs1_l1_128tqfp_io 61 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 62 #=112
AP IC_XMOS:xs1_l1_128tqfp_io 62 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 63 #=10
AP IC_XMOS:xs1_l1_128tqfp_io 63 PINTYPE=BI
AP IC_XMOS:xs1_l1_128tqfp_io 64 #=7
AP IC_XMOS:xs1_l1_128tqfp_io 64 PINTYPE=BI
|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_Memory:spi_flash_a 1
AS IC_Memory:spi_flash_a PARTS=1
AS IC_Memory:spi_flash_a REFDES=U?
AS IC_Memory:spi_flash_a DEVICE=??
AS IC_Memory:spi_flash_a VALUE
AS IC_Memory:spi_flash_a LEVEL=STD
AS IC_Memory:spi_flash_a MEM_SIZE=??MBIT
AS IC_Memory:spi_flash_a FORWARD_PCB=1
AS IC_Memory:spi_flash_a INOV_VER_REC=14:09:2_12-12-08
AS IC_Memory:spi_flash_a PINORDER=CS_N GND HOLD_N SCK SI SO VCC WP_N
AP IC_Memory:spi_flash_a 1 #=1
AP IC_Memory:spi_flash_a 1 PINTYPE=IN
AP IC_Memory:spi_flash_a 1 PINTYPE=IN
AP IC_Memory:spi_flash_a 2 #=4
AP IC_Memory:spi_flash_a 2 PINTYPE=ANALOG
AP IC_Memory:spi_flash_a 2 PINTYPE=ANALOG
AP IC_Memory:spi_flash_a 3 #=7
AP IC_Memory:spi_flash_a 3 PINTYPE=IN
AP IC_Memory:spi_flash_a 3 PINTYPE=IN
AP IC_Memory:spi_flash_a 4 #=6
AP IC_Memory:spi_flash_a 4 PINTYPE=IN
AP IC_Memory:spi_flash_a 4 PINTYPE=IN
AP IC_Memory:spi_flash_a 5 #=5
AP IC_Memory:spi_flash_a 5 PINTYPE=BI
AP IC_Memory:spi_flash_a 5 PINTYPE=BI
AP IC_Memory:spi_flash_a 6 #=2
AP IC_Memory:spi_flash_a 6 PINTYPE=OUT
AP IC_Memory:spi_flash_a 6 PINTYPE=OUT
AP IC_Memory:spi_flash_a 7 #=8
AP IC_Memory:spi_flash_a 7 PINTYPE=ANALOG
AP IC_Memory:spi_flash_a 7 PINTYPE=ANALOG
AP IC_Memory:spi_flash_a 8 #=3
AP IC_Memory:spi_flash_a 8 PINTYPE=IN
AP IC_Memory:spi_flash_a 8 PINTYPE=IN
|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
|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:fan2558_fixed 1
AS IC_Voltage:fan2558_fixed LEVEL=STD
AS IC_Voltage:fan2558_fixed PARTS=1
AS IC_Voltage:fan2558_fixed REFDES=U?
AS IC_Voltage:fan2558_fixed DEVICE=??
AS IC_Voltage:fan2558_fixed VALUE
AS IC_Voltage:fan2558_fixed FORWARD_PCB=1
AS IC_Voltage:fan2558_fixed INOV_VER_REC=16:45:35_2-11-10
AS IC_Voltage:fan2558_fixed PINORDER=EN GND PG VIN VOUT
AP IC_Voltage:fan2558_fixed 1 #=3
AP IC_Voltage:fan2558_fixed 1 PINTYPE=ANALOG
AP IC_Voltage:fan2558_fixed 2 #=2
AP IC_Voltage:fan2558_fixed 2 PINTYPE=ANALOG
AP IC_Voltage:fan2558_fixed 3 #=4
AP IC_Voltage:fan2558_fixed 3 PINTYPE=ANALOG
AP IC_Voltage:fan2558_fixed 4 #=1
AP IC_Voltage:fan2558_fixed 4 PINTYPE=ANALOG
AP IC_Voltage:fan2558_fixed 5 #=5
AP IC_Voltage:fan2558_fixed 5 PINTYPE=ANALOG
|Q IC_Voltage:ncp1521b_tsop5 1
AS IC_Voltage:ncp1521b_tsop5 VALUE
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 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 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
AN $1N13 NC
AN $1N41 NC
AN $1N42 NC
AN $1N43 NC
AN $1N44 NC
AN $1N45 NC
AN $1N46 NC
AN $1N47 NC
AN $1N48 NC
AN $1N49 NC
AN $1N50 NC
AN $1N51 NC
AN $1N52 NC
AN $1N53 NC
AN $1N54 NC
AN $1N55 NC
AN $1N56 NC
AN $1N57 NC
AN $1N58 NC
AN $1N59 NC
AN $1N479 NC
AN $1N469 NC
AN $1N61 NC
AN $1N480 NC
AN $1N475 NC
AN $1N481 NC
AN $1N482 NC
AN $1N357 NC
AN $1N358 NC
AN $1N359 NC
AN $1N90 NC
AN $1N91 NC
AN $1N92 NC
AN $1N497 NC
AN $1N498 NC
AN $1N499 NC
AN $1N500 NC
AN $1N501 NC
AN $1N502 NC
AN $1N503 NC
AN $1N151 NC
AN $1N504 NC
AN $1N156 NC
G VDD+1V0
G GND
G VDD+5V
G VDD+1V8
G VDD+3V3
P Special:in CLK
I CLK Special:in CLK DEVICE`
|R 18:48:11_12-17-08
M Discretes:res $1I470
I $1I470 Discretes:res $1N12 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 $1I470 Discretes:res 1 #=1
API $1I470 Discretes:res 2 #=2
M Discretes:res $1I471
I $1I471 Discretes:res DEBUG VDD+3V3 REFDES=R?`DEVICE=E-01-0039`DESCRIPTION=RES 47k 0603 1%`VALUE=47K`TOLERANCE=1`PKG_TYPE=0603`VOLTAGE=50`POWER=0.1`MANUFACTURER=ROHM`MANUFACTURER_PART=MCR03EZPFX4702`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 $1I471 Discretes:res 1 #=1
API $1I471 Discretes:res 2 #=2
P Special:bi X0D0
I X0D0 Special:bi X0D0 DEVICE`
|R 18:48:39_12-17-08
P Special:bi X0D10
I X0D10 Special:bi X0D10 DEVICE`
|R 18:48:39_12-17-08
P Special:bi X0D11
I X0D11 Special:bi X0D11 DEVICE`
|R 18:48:39_12-17-08
P Special:bi X0D24
I X0D24 Special:bi $1N82 DEVICE`
|R 18:48:39_12-17-08
P Special:bi X0D34
I X0D34 Special:bi $1N87 DEVICE`
|R 18:48:39_12-17-08
P Special:bi X0D25
I X0D25 Special:bi $1N81 DEVICE`
|R 18:48:39_12-17-08
P Special:bi X0D66
I X0D66 Special:bi X0D66 DEVICE`
|R 18:48:39_12-17-08
P Special:bi X0D35
I X0D35 Special:bi $1N88 DEVICE`
|R 18:48:39_12-17-08
P Special:bi X0D65
I X0D65 Special:bi X0D65 DEVICE`
|R 18:48:39_12-17-08
P Special:bi X0D36
I X0D36 Special:bi $1N80 DEVICE`
|R 18:48:39_12-17-08
P Special:bi X0D64
I X0D64 Special:bi X0D64 DEVICE`
|R 18:48:39_12-17-08
P Special:bi X0D63
I X0D63 Special:bi X0D63 DEVICE`
|R 18:48:39_12-17-08
P Special:bi X0D62
I X0D62 Special:bi X0D62 DEVICE`
|R 18:48:39_12-17-08
P Special:bi X0D61
I X0D61 Special:bi X0D61 DEVICE`
|R 18:48:39_12-17-08
P Special:bi X0D58
I X0D58 Special:bi X0D58 DEVICE`
|R 18:48:39_12-17-08
P Special:bi X0D57
I X0D57 Special:bi X0D57 DEVICE`
|R 18:48:39_12-17-08
M IC_XMOS:xs1_l1_128tqfp_ss $1I17
I $1I17 IC_XMOS:xs1_l1_128tqfp_ss CLK DEBUG GND GND TRST_N TRST_N $1N61 SRST_N TCK TD1 TD2 TMS TRST_N DXDB_LIBNAME=IC_XMOS`HEIGHT=1.2`COST=6.1`MANUFACTURER_PART=XS1-L01A-TQ128-C4`MANUFACTURER=XMOS`VALUE=XS1_L1_128TQFP`PKG_TYPE=TQFP128_XMOS`DESCRIPTION=XMOS XS1-L1 Processor, 128TQFP`DEVICE=E-11-0004`REFDES=U?`
|R 10:59:34_7-23-09
API $1I17 IC_XMOS:xs1_l1_128tqfp_ss 1 #=25
API $1I17 IC_XMOS:xs1_l1_128tqfp_ss 2 #=42
API $1I17 IC_XMOS:xs1_l1_128tqfp_ss 3 #=51
API $1I17 IC_XMOS:xs1_l1_128tqfp_ss 4 #=52
API $1I17 IC_XMOS:xs1_l1_128tqfp_ss 5 #=53
API $1I17 IC_XMOS:xs1_l1_128tqfp_ss 6 #=55
API $1I17 IC_XMOS:xs1_l1_128tqfp_ss 7 #=18
API $1I17 IC_XMOS:xs1_l1_128tqfp_ss 8 #=21
API $1I17 IC_XMOS:xs1_l1_128tqfp_ss 9 #=61
API $1I17 IC_XMOS:xs1_l1_128tqfp_ss 10 #=62
API $1I17 IC_XMOS:xs1_l1_128tqfp_ss 11 #=63
API $1I17 IC_XMOS:xs1_l1_128tqfp_ss 12 #=58
API $1I17 IC_XMOS:xs1_l1_128tqfp_ss 13 #=56
P Special:bi X0D56
I X0D56 Special:bi X0D56 DEVICE`
|R 18:48:39_12-17-08
M Discretes:cap_np $1I390
I $1I390 Discretes:cap_np VDD+3V3 GND VOLTAGE=16`TOLERANCE=10`MANUFACTURER=Murata`MANUFACTURER_PART=GRM188R71C104KA01`VALUE=100N`PKG_TYPE=0603`DIELECTRIC=X7R`HEIGHT=0.9`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM188R71C104KA01.pdf`COST=0.007`DESCRIPTION=MLCC 100nF 0603 X7R 16V`DEVICE=E-02-0017`DXDB_LIBNAME=Capacitors`REFDES=C?`
|R 19:50:28_11-21-08
API $1I390 Discretes:cap_np 1 #=1
API $1I390 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I21
I $1I21 Discretes:cap_np $1N10 GND DXDB_LIBNAME=Capacitors`HEIGHT=0.9`COST=0.006`REFDES=C?`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM188R71H102KA01.pdf`MANUFACTURER_PART=GRM188R71H102KA01`MANUFACTURER=Murata`TOLERANCE=10`VOLTAGE=50`DIELECTRIC=X7R`PKG_TYPE=0603`VALUE=1N`DESCRIPTION=MLCC 1nF 0603 X7R 50V`DEVICE=E-02-0025`
|R 19:50:28_11-21-08
API $1I21 Discretes:cap_np 1 #=1
API $1I21 Discretes:cap_np 2 #=2
M IC_General:usb3317 $1I392
I $1I392 IC_General:usb3317 ULPI_CLK $1N358 ULPI_DATA0 ULPI_DATA1 ULPI_DATA2 ULPI_DATA3 ULPI_DATA4 ULPI_DATA5 ULPI_DATA6 ULPI_DATA7 ULPI_DIR USB_DM USB_DP GND $1N359 ULPI_NXT $1N362 CLK PHY_RST_N ULPI_STP VDD+3V3 $1N355 VDD+1V8 VDD+3V3 VDD+3V3 REFDES=U?`DEVICE=E-13-0020`DESCRIPTION=USB 2.0 Transciever, ULPI, 13MHz Ref, QFN24`PKG_TYPE=QFN24_SMSC`VALUE=USB3318`MANUFACTURER=SMSC`MANUFACTURER_PART=USB3318C-CP`DATASHEET=http://www.smsc.com/main/datasheets/3318db.pdf`COST=1`HEIGHT=1`DXDB_LIBNAME=IC_General`
|R 14:02:18_5-1-09
API $1I392 IC_General:usb3317 1 #=12
API $1I392 IC_General:usb3317 2 #=7
API $1I392 IC_General:usb3317 3 #=16
API $1I392 IC_General:usb3317 4 #=15
API $1I392 IC_General:usb3317 5 #=14
API $1I392 IC_General:usb3317 6 #=13
API $1I392 IC_General:usb3317 7 #=11
API $1I392 IC_General:usb3317 8 #=10
API $1I392 IC_General:usb3317 9 #=9
API $1I392 IC_General:usb3317 10 #=8
API $1I392 IC_General:usb3317 11 #=19
API $1I392 IC_General:usb3317 12 #=5
API $1I392 IC_General:usb3317 13 #=6
API $1I392 IC_General:usb3317 14 #=25
API $1I392 IC_General:usb3317 15 #=1
API $1I392 IC_General:usb3317 16 #=18
API $1I392 IC_General:usb3317 17 #=24
API $1I392 IC_General:usb3317 18 #=23
API $1I392 IC_General:usb3317 19 #=22
API $1I392 IC_General:usb3317 20 #=20
API $1I392 IC_General:usb3317 21 #=3
API $1I392 IC_General:usb3317 22 #=2
API $1I392 IC_General:usb3317 23 #=21
API $1I392 IC_General:usb3317 24 #=4
API $1I392 IC_General:usb3317 25 #=17
M IC_General:ncp303 $1I23
I $1I23 IC_General:ncp303 $1N10 GND VDD+1V0 $1N13 $1N12 VALUE=NCP303LSN09`PKG_TYPE=SOT23_5`DESCRIPTION=Voltage Detector, Programmable Delay, SOT23-5`DXDB_LIBNAME=IC_General`HEIGHT=1.1`COST=0.15`DEVICE=E-13-0019`REFDES=U?`DATASHEET=http://www.onsemi.com/pub/Collateral/NCP302-D.PDF`MANUFACTURER_PART=NCP303LSN09T1G`MANUFACTURER=ON Semiconductor`
|R 14:56:57_6-11-09
API $1I23 IC_General:ncp303 1 #=5
API $1I23 IC_General:ncp303 2 #=3
API $1I23 IC_General:ncp303 3 #=2
API $1I23 IC_General:ncp303 4 #=4
API $1I23 IC_General:ncp303 5 #=1
M Discretes:res $1I394
I $1I394 Discretes:res GND $1N363 DXDB_LIBNAME=Resistors`DATASHEET=NA`MANUFACTURER_PART=NA`MANUFACTURER=NA`PKG_TYPE=0603`VALUE=DNP`DESCRIPTION=RES 0603 No Fit`DEVICE=E-01-0013`REFDES=R?`
|R 16:58:57_12-12-08
API $1I394 Discretes:res 1 #=1
API $1I394 Discretes:res 2 #=2
M Discretes:cap_np $1I395
I $1I395 Discretes:cap_np $1N363 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 $1I395 Discretes:cap_np 1 #=1
API $1I395 Discretes:cap_np 2 #=2
M Discretes:res $1I397
I $1I397 Discretes:res GND $1N362 DXDB_LIBNAME=Resistors`HEIGHT=0.55`COST=0.005`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`MANUFACTURER_PART=MCR03EZPFX8061`MANUFACTURER=ROHM`POWER=0.1`VOLTAGE=50`PKG_TYPE=0603`TOLERANCE=1`VALUE=8K06`DESCRIPTION=RES 8k06 0603 1%`DEVICE=E-01-0033`REFDES=R?`
|R 16:58:57_12-12-08
API $1I397 Discretes:res 1 #=1
API $1I397 Discretes:res 2 #=2
M Discretes:cap_np $1I403
I $1I403 Discretes:cap_np VDD+3V3 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 $1I403 Discretes:cap_np 1 #=1
API $1I403 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I119
I $1I119 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 $1I119 Discretes:cap_np 1 #=1
API $1I119 Discretes:cap_np 2 #=2
M Connector:usb_b $1I404
I $1I404 Connector:usb_b USB_DM USB_DP GND $1N363 $1N363 $1N354 DXDB_LIBNAME=Connectors`HEIGHT=11`COST=0.35`DATASHEET=http://www.lumberg.com/Produkte/PDFs/2411_02.pdf`MANUFACTURER_PART=2411 02`MANUFACTURER=Lumberg`PKG_TYPE=USB_B`VALUE=USB_B`DESCRIPTION=USB Series B Receptacle, Through Hole`DEVICE=E-04-0018`REFDES=J?`
|R 15:10:10_5-1-09
API $1I404 Connector:usb_b 1 #=2
API $1I404 Connector:usb_b 2 #=3
API $1I404 Connector:usb_b 3 #=4
API $1I404 Connector:usb_b 4 #=5
API $1I404 Connector:usb_b 5 #=6
API $1I404 Connector:usb_b 6 #=1
M Discretes:cap_np $1I120
I $1I120 Discretes:cap_np VDD+1V0 GND 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`MANUFACTURER=Murata`MANUFACTURER_PART=GRM188R71C104KA01`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM188R71C104KA01.pdf`COST=0.007`HEIGHT=0.9`
|R 19:50:28_11-21-08
API $1I120 Discretes:cap_np 1 #=1
API $1I120 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I405
I $1I405 Discretes:cap_np VDD+5V 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 $1I405 Discretes:cap_np 1 #=1
API $1I405 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I121
I $1I121 Discretes:cap_np VDD+1V0 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 $1I121 Discretes:cap_np 1 #=1
API $1I121 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I122
I $1I122 Discretes:cap_np VDD+1V0 GND 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`MANUFACTURER=Murata`TOLERANCE=10`VOLTAGE=16`DIELECTRIC=X7R`PKG_TYPE=0603`
|R 19:50:28_11-21-08
API $1I122 Discretes:cap_np 1 #=1
API $1I122 Discretes:cap_np 2 #=2
M IC_Voltage:ncp699 $1I407
I $1I407 IC_Voltage:ncp699 VDD+5V GND $1N357 VDD+5V VDD+1V8 DXDB_LIBNAME=IC_Voltage`HEIGHT=1.1`COST=0.12`DATASHEET=http://www.onsemi.com/pub_link/Collateral/NCP699-D.PDF`MANUFACTURER_PART=NCP699SN18T1G`MANUFACTURER=ON Semiconductor`PKG_TYPE=SOT23_5`VALUE=NCP699SN18`DESCRIPTION=Voltage regulator, LDO, Fixed, 1.8V, 150mA`DEVICE=E-05-0005`REFDES=U?`
|R 11:04:15_6-7-09
API $1I407 IC_Voltage:ncp699 1 #=3
API $1I407 IC_Voltage:ncp699 2 #=2
API $1I407 IC_Voltage:ncp699 3 #=4
API $1I407 IC_Voltage:ncp699 4 #=1
API $1I407 IC_Voltage:ncp699 5 #=5
M Discretes:cap_np $1I124
I $1I124 Discretes:cap_np VDD+1V0 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 $1I124 Discretes:cap_np 1 #=1
API $1I124 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I409
I $1I409 Discretes:cap_np VDD+1V8 GND DXDB_LIBNAME=Capacitors`HEIGHT=0.9`COST=0.028`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM188R61A225KE34.pdf`MANUFACTURER_PART=GRM188R61A225KE34`MANUFACTURER=Murata`TOLERANCE=10`VOLTAGE=10`DIELECTRIC=X5R`PKG_TYPE=0603`VALUE=2U2`DESCRIPTION=MLCC 2.2uF 0603 X5R 10V`DEVICE=E-02-0019`REFDES=C?`
|R 19:50:28_11-21-08
API $1I409 Discretes:cap_np 1 #=1
API $1I409 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I125
I $1I125 Discretes:cap_np VDD+1V0 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 $1I125 Discretes:cap_np 1 #=1
API $1I125 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I126
I $1I126 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 $1I126 Discretes:cap_np 1 #=1
API $1I126 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I127
I $1I127 Discretes:cap_np VDD+3V3 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 $1I127 Discretes:cap_np 1 #=1
API $1I127 Discretes:cap_np 2 #=2
M Discretes:res $1I412
I $1I412 Discretes:res GND PHY_RST_N DXDB_LIBNAME=Resistors`HEIGHT=0.55`COST=0.005`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`MANUFACTURER_PART=MCR03EZPFX1002`MANUFACTURER=ROHM`POWER=0.1`VOLTAGE=50`PKG_TYPE=0603`TOLERANCE=1`VALUE=10K`DESCRIPTION=RES 10k 0603 1%`DEVICE=E-01-0002`REFDES=R?`
|R 16:58:57_12-12-08
API $1I412 Discretes:res 1 #=1
API $1I412 Discretes:res 2 #=2
M Discretes:cap_np $1I129
I $1I129 Discretes:cap_np VDD+3V3 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 $1I129 Discretes:cap_np 1 #=1
API $1I129 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I130
I $1I130 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 $1I130 Discretes:cap_np 1 #=1
API $1I130 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I131
I $1I131 Discretes:cap_np VDD+1V0 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 $1I131 Discretes:cap_np 1 #=1
API $1I131 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I134
I $1I134 Discretes:cap_np VDD+3V3 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 $1I134 Discretes:cap_np 1 #=1
API $1I134 Discretes:cap_np 2 #=2
M IC_XMOS:xs1_l1_128tqfp_pwr $1I137
I $1I137 IC_XMOS:xs1_l1_128tqfp_pwr GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND VDD+3V3 $1N90 CLK $1N91 VDD+1V0 VDD+3V3 $1N92 GND $1N89 VDD+3V3 VDD+3V3 VDD+3V3 VDD+3V3 VDD+3V3 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 VDD+1V0 VDD+1V0 VDD+1V0 DXDB_LIBNAME=IC_XMOS`HEIGHT=1.2`COST=6.1`MANUFACTURER_PART=XS1-L01A-TQ128-C4`MANUFACTURER=XMOS`VALUE=XS1_L1_128TQFP`PKG_TYPE=TQFP128_XMOS`DESCRIPTION=XMOS XS1-L1 Processor, 128TQFP`DEVICE=E-11-0004`REFDES=U?`
|R 11:03:38_7-23-09
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 1 #=116
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 2 #=17
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 3 #=39
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 4 #=40
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 5 #=41
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 6 #=43
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 7 #=54
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 8 #=57
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 9 #=60
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 10 #=65
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 11 #=66
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 12 #=71
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 13 #=78
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 14 #=80
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 15 #=88
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 16 #=91
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 17 #=92
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 18 #=99
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 19 #=129
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 20 #=45
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 21 #=46
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 22 #=24
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 23 #=23
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 24 #=19
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 25 #=22
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 26 #=20
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 27 #=47
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 28 #=48
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 29 #=1
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 30 #=103
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 31 #=111
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 32 #=120
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 33 #=15
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 34 #=26
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 35 #=32
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 36 #=44
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 37 #=50
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 38 #=64
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 39 #=73
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 40 #=79
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 41 #=93
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 42 #=101
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 43 #=108
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 44 #=12
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 45 #=123
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 46 #=29
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 47 #=49
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 48 #=59
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 49 #=68
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 50 #=74
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 51 #=77
API $1I137 IC_XMOS:xs1_l1_128tqfp_pwr 52 #=83
M Discretes:res $1I138
I $1I138 Discretes:res $1N89 VDD+1V0 DXDB_LIBNAME=Resistors`HEIGHT=0.55`COST=0.004`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`MANUFACTURER_PART=MCR03EZPJ4R7`MANUFACTURER=ROHM`POWER=0.1`VOLTAGE=50`PKG_TYPE=0603`TOLERANCE=5`VALUE=4R7`DESCRIPTION=RES 4.7R 0603 1%`DEVICE=E-01-0019`REFDES=R?`
|R 16:58:57_12-12-08
API $1I138 Discretes:res 1 #=1
API $1I138 Discretes:res 2 #=2
M Discretes:ferrite $1I424
I $1I424 Discretes:ferrite VDD+5V $1N354 DXDB_LIBNAME=Ferrites`I_RATED=1700mA`MAX_DCR=0.08R`HEIGHT=0.95`COST=0.028`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/L0110S0100BLM18K.pdf`MANUFACTURER_PART=BLM18KG331SN1`MANUFACTURER=Murata`PKG_TYPE=0603`VALUE=330R`DESCRIPTION=Ferrite Bead, 330R AT 100MHz, 0603, 1.7A`DEVICE=E-08-0002`REFDES=FB?`
|R 16:55:6_11-28-08
API $1I424 Discretes:ferrite 1 #=1
API $1I424 Discretes:ferrite 2 #=2
M Discretes:cap_np $1I140
I $1I140 Discretes:cap_np $1N89 GND HEIGHT=0.9`COST=0.01`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM188R61A105KA61.pdf`MANUFACTURER_PART=GRM188R61A105KA61`MANUFACTURER=Murata`TOLERANCE=10`VOLTAGE=10`DIELECTRIC=X5R`PKG_TYPE=0603`VALUE=1U`DESCRIPTION=MLCC 1uF 0603 X5R 10V`DEVICE=E-02-0020`REFDES=C?`DXDB_LIBNAME=Capacitors`
|R 19:50:28_11-21-08
API $1I140 Discretes:cap_np 1 #=1
API $1I140 Discretes:cap_np 2 #=2
M Discretes:res $1I426
I $1I426 Discretes:res VDD+5V $1N355 VALUE=1K`HEIGHT=0.55`TOLERANCE=1`DEVICE=E-01-0001`REFDES=R?`PKG_TYPE=0603`DESCRIPTION=RES 1k 0603 1%`MANUFACTURER=ROHM`DXDB_LIBNAME=Resistors`POWER=0.1`VOLTAGE=50`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`MANUFACTURER_PART=MCR03EZPFX1001`COST=0.005`
|R 16:58:57_12-12-08
API $1I426 Discretes:res 1 #=1
API $1I426 Discretes:res 2 #=2
M IC_XMOS:xs1_l1_128tqfp_io $1I148
I $1I148 IC_XMOS:xs1_l1_128tqfp_io X0D0 X0D1 X0D10 X0D11 ULPI_STP ULPI_NXT ULPI_DATA0 ULPI_DATA1 ULPI_DATA2 ULPI_DATA3 ULPI_DATA4 ULPI_DATA5 $1N59 ULPI_DATA6 ULPI_DATA7 ULPI_DIR ULPI_CLK $1N82 $1N81 $1N47 $1N46 $1N45 $1N44 $1N58 $1N43 $1N48 $1N42 $1N41 $1N87 $1N88 $1N80 $1N55 $1N54 $1N53 $1N501 $1N52 $1N51 $1N50 $1N49 PHY_RST_N $1N502 X0D50 $1N79 $1N78 $1N77 $1N76 $1N75 X0D56 X0D57 X0D58 $1N503 X0D61 X0D62 X0D63 X0D64 X0D65 X0D66 $1N479 $1N480 $1N481 $1N504 $1N482 $1N57 $1N56 DXDB_LIBNAME=IC_XMOS`HEIGHT=1.2`COST=6.1`MANUFACTURER_PART=XS1-L01A-TQ128-C4`MANUFACTURER=XMOS`VALUE=XS1_L1_128TQFP`PKG_TYPE=TQFP128_XMOS`DESCRIPTION=XMOS XS1-L1 Processor, 128TQFP`DEVICE=E-11-0004`REFDES=U?`
|R 11:19:59_7-23-09
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 1 #=37
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 2 #=36
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 3 #=5
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 4 #=2
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 5 #=128
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 6 #=126
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 7 #=118
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 8 #=115
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 9 #=113
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 10 #=110
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 11 #=107
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 12 #=106
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 13 #=34
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 14 #=96
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 15 #=90
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 16 #=94
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 17 #=89
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 18 #=87
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 19 #=86
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 20 #=85
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 21 #=84
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 22 #=109
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 23 #=105
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 24 #=30
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 25 #=104
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 26 #=102
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 27 #=72
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 28 #=70
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 29 #=69
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 30 #=67
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 31 #=82
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 32 #=81
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 33 #=76
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 34 #=75
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 35 #=28
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 36 #=100
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 37 #=98
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 38 #=97
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 39 #=95
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 40 #=4
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 41 #=27
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 42 #=6
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 43 #=8
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 44 #=9
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 45 #=11
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 46 #=13
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 47 #=31
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 48 #=33
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 49 #=35
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 50 #=38
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 51 #=16
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 52 #=3
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 53 #=127
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 54 #=125
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 55 #=124
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 56 #=122
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 57 #=121
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 58 #=119
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 59 #=117
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 60 #=114
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 61 #=14
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 62 #=112
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 63 #=10
API $1I148 IC_XMOS:xs1_l1_128tqfp_io 64 #=7
M Connector:con_2x10 $1I167
I $1I167 Connector:con_2x10 $1N151 $1N498 DEBUG GND TD2 $1N499 SRST_N GND $1N469 $1N500 $1N475 $1N156 GND TRST_N GND TD1 $1N497 TMS GND TCK DXDB_LIBNAME=Connectors`HEIGHT=9.3`COST=0.31`DATASHEET=http://www.sullinscorp.com/drawings/145_SBH11-PBPC-D___-RA-___,_11092-B.pdf`MANUFACTURER_PART=SBH11-PBPC-D10-RA-BK`MANUFACTURER=Sullins`PKG_TYPE=IDC_HEADER_RA_20PIN`VALUE=HEADER_RA`DESCRIPTION=IDC Boxed Header, Right Angle, PCB Mount, Polarised, 20 Way, 2x10, 0.1" Pitch`DEVICE=E-04-0022`REFDES=J?`
|R 17:11:13_6-11-09
API $1I167 Connector:con_2x10 1 #=1
API $1I167 Connector:con_2x10 2 #=10
API $1I167 Connector:con_2x10 3 #=11
API $1I167 Connector:con_2x10 4 #=12
API $1I167 Connector:con_2x10 5 #=13
API $1I167 Connector:con_2x10 6 #=14
API $1I167 Connector:con_2x10 7 #=15
API $1I167 Connector:con_2x10 8 #=16
API $1I167 Connector:con_2x10 9 #=17
API $1I167 Connector:con_2x10 10 #=18
API $1I167 Connector:con_2x10 11 #=19
API $1I167 Connector:con_2x10 12 #=2
API $1I167 Connector:con_2x10 13 #=20
API $1I167 Connector:con_2x10 14 #=3
API $1I167 Connector:con_2x10 15 #=4
API $1I167 Connector:con_2x10 16 #=5
API $1I167 Connector:con_2x10 17 #=6
API $1I167 Connector:con_2x10 18 #=7
API $1I167 Connector:con_2x10 19 #=8
API $1I167 Connector:con_2x10 20 #=9
M IC_Memory:spi_flash_a $1I183
I $1I183 IC_Memory:spi_flash_a X0D1 GND VDD+3V3 X0D10 X0D11 X0D0 VDD+3V3 VDD+3V3 DXDB_LIBNAME=IC_Memory`HEIGHT=1.8`COST=0.38`DATASHEET=http://www.atmel.com/dyn/resources/prod_documents/doc5167.pdf`MANUFACTURER_PART=AT25FS010N-SH27`MANUFACTURER=Atmel`PKG_TYPE=SOIC8`MEM_SIZE=1MBIT`VALUE=AT25FS010`DESCRIPTION=Memory, Flash, SPI, 1Mb (128kx8), SOIC-8`DEVICE=E-03-0004`REFDES=U?`
|R 14:09:2_12-12-08
API $1I183 IC_Memory:spi_flash_a 1 #=1
API $1I183 IC_Memory:spi_flash_a 2 #=4
API $1I183 IC_Memory:spi_flash_a 3 #=7
API $1I183 IC_Memory:spi_flash_a 4 #=6
API $1I183 IC_Memory:spi_flash_a 5 #=5
API $1I183 IC_Memory:spi_flash_a 6 #=2
API $1I183 IC_Memory:spi_flash_a 7 #=8
API $1I183 IC_Memory:spi_flash_a 8 #=3
P Special:bi X0D50
I X0D50 Special:bi X0D50 DEVICE`
|R 18:48:39_12-17-08
M Discretes:res $1I187
I $1I187 Discretes:res X0D1 VDD+3V3 REFDES=R?`DEVICE=E-01-0002`DESCRIPTION=RES 10k 0603 1%`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`
|R 16:58:57_12-12-08
API $1I187 Discretes:res 1 #=1
API $1I187 Discretes:res 2 #=2
P Special:bi X0D51
I X0D51 Special:bi $1N79 DEVICE`
|R 18:48:39_12-17-08
P Special:bi X0D52
I X0D52 Special:bi $1N78 DEVICE`
|R 18:48:39_12-17-08
P Special:bi X0D53
I X0D53 Special:bi $1N77 DEVICE`
|R 18:48:39_12-17-08
P Special:bi X0D54
I X0D54 Special:bi $1N76 DEVICE`
|R 18:48:39_12-17-08
M Discretes:cap_np $1I191
I $1I191 Discretes:cap_np VDD+3V3 GND 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?`DXDB_LIBNAME=Capacitors`HEIGHT=0.9`COST=0.007`
|R 19:50:28_11-21-08
API $1I191 Discretes:cap_np 1 #=1
API $1I191 Discretes:cap_np 2 #=2
P Special:bi X0D55
I X0D55 Special:bi $1N75 DEVICE`
|R 18:48:39_12-17-08
M Discretes:led $1I460
I $1I460 Discretes:led $1N464 GND COST=0.05`DATASHEET=http://www.kingbrightusa.com/images/catalog/SPEC/APT1608CGCK.pdf`MANUFACTURER_PART=APT1608CGCK`MANUFACTURER=Kingbright`INTENSITY=40mcd`WAVELENGTH=574nm`COLOUR=GREEN`VALUE=APT1608`PKG_TYPE=0603_LED`DESCRIPTION=LED, GREEN, 0603`DEVICE=E-12-0001`REFDES=D?`DXDB_LIBNAME=Opto`HEIGHT=0.75`
|R 20:04:16_12-17-08
API $1I460 Discretes:led 1 #=A
API $1I460 Discretes:led 2 #=K
M Discretes:res $1I461
I $1I461 Discretes:res $1N464 VDD+5V 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 $1I461 Discretes:res 1 #=1
API $1I461 Discretes:res 2 #=2
M Discretes:cap_np $1I289
I $1I289 Discretes:cap_np VDD+5V GND DXDB_LIBNAME=Capacitors`HEIGHT=0.95`COST=0.048`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM219R61A475KE34.pdf`MANUFACTURER_PART=GRM219R61A475KE34`MANUFACTURER=Murata`TOLERANCE=10`VOLTAGE=10`DIELECTRIC=X5R`PKG_TYPE=0805`VALUE=4U7`DESCRIPTION=MLCC 4.7uF 0805 X5R 10V`DEVICE=E-02-0021`REFDES=C?`
|R 19:50:28_11-21-08
API $1I289 Discretes:cap_np 1 #=1
API $1I289 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I291
I $1I291 Discretes:cap_np VDD+3V3 GND DXDB_LIBNAME=Capacitors`HEIGHT=0.9`COST=0.028`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM188R61A225KE34.pdf`MANUFACTURER_PART=GRM188R61A225KE34`MANUFACTURER=Murata`TOLERANCE=10`VOLTAGE=10`DIELECTRIC=X5R`PKG_TYPE=0603`VALUE=2U2`DESCRIPTION=MLCC 2.2uF 0603 X5R 10V`DEVICE=E-02-0019`REFDES=C?`
|R 19:50:28_11-21-08
API $1I291 Discretes:cap_np 1 #=1
API $1I291 Discretes:cap_np 2 #=2
M Discretes:res $1I296
I $1I296 Discretes:res GND $1N279 DXDB_LIBNAME=Resistors`HEIGHT=0.55`COST=0.005`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`MANUFACTURER_PART=MCR03EZPFX1002`MANUFACTURER=ROHM`POWER=0.1`VOLTAGE=50`PKG_TYPE=0603`TOLERANCE=1`VALUE=10K`DESCRIPTION=RES 10k 0603 1%`DEVICE=E-01-0002`REFDES=R?`
|R 16:58:57_12-12-08
API $1I296 Discretes:res 1 #=1
API $1I296 Discretes:res 2 #=2
M Discretes:res $1I298
I $1I298 Discretes:res $1N279 VDD+1V0 MANUFACTURER=ROHM`POWER=0.1`VOLTAGE=50`PKG_TYPE=0603`TOLERANCE=1`VALUE=6K8`DESCRIPTION=RES 6.8k 0603 1%`DXDB_LIBNAME=Resistors`HEIGHT=0.55`COST=0.005`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`MANUFACTURER_PART=MCR03EZPFX6801`DEVICE=E-01-0037`REFDES=R?`
|R 16:58:57_12-12-08
API $1I298 Discretes:res 1 #=1
API $1I298 Discretes:res 2 #=2
M Discretes:cap_np $1I300
I $1I300 Discretes:cap_np VDD+1V0 $1N279 PKG_TYPE=0603`VALUE=330P`DESCRIPTION=MLCC 330pF 0603 COG 50V`DEVICE=E-02-0023`MANUFACTURER_PART=GRM1885C1H331JA01`REFDES=C?`DXDB_LIBNAME=Capacitors`HEIGHT=0.9`COST=0.009`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM1885C1H331JA01.pdf`MANUFACTURER=Murata`TOLERANCE=5`VOLTAGE=50`DIELECTRIC=COG`
|R 19:50:28_11-21-08
API $1I300 Discretes:cap_np 1 #=1
API $1I300 Discretes:cap_np 2 #=2
M Discretes:inductor $1I301
I $1I301 Discretes:inductor $1N280 VDD+1V0 COST=0.08`DATASHEET=http://www.yuden.co.jp/us/product/pdf/ecb2_e.pdf`MANUFACTURER_PART=CBC2016T2R2M`DESCRIPTION=Power Inductor, 2.2uH, 0.7A, 260mR DCR`DEVICE=E-09-0004`REFDES=L?`DXDB_LIBNAME=Magnetics`HEIGHT=1.8`MANUFACTURER=Taiyo Yuden`I_RATED_TEMP=0.72A`I_RATED_SAT=0.75A`MAX_DCR=0.26R`PKG_TYPE=TAIYO_2016`TOLERANCE=20`VALUE=2U2`
|R 20:00:47_12-17-08
API $1I301 Discretes:inductor 1 #=1
API $1I301 Discretes:inductor 2 #=2
M Discretes:cap_np $1I302
I $1I302 Discretes:cap_np VDD+1V0 GND MANUFACTURER=Murata`TOLERANCE=10`VOLTAGE=10`DIELECTRIC=X5R`PKG_TYPE=0805`VALUE=10U`DESCRIPTION=MLCC 10uF 0805 X5R 10V`DEVICE=E-02-0007`COST=0.061`DATASHEET=http://search.murata.co.jp/Ceramy/image/img/PDF/ENG/GRM21BR61A106KE19.pdf`MANUFACTURER_PART=GRM21BR61A106KE19`REFDES=C?`DXDB_LIBNAME=Capacitors`HEIGHT=1.3`
|R 19:50:28_11-21-08
API $1I302 Discretes:cap_np 1 #=1
API $1I302 Discretes:cap_np 2 #=2
M Discretes:cap_np $1I307
I $1I307 Discretes:cap_np VDD+5V GND 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?`DXDB_LIBNAME=Capacitors`HEIGHT=0.9`COST=0.007`
|R 19:50:28_11-21-08
API $1I307 Discretes:cap_np 1 #=1
API $1I307 Discretes:cap_np 2 #=2
M IC_Voltage:fan2558_fixed $1I515
I $1I515 IC_Voltage:fan2558_fixed VDD+5V GND PG_3V3 VDD+5V VDD+3V3 DXDB_LIBNAME=IC_Voltage`HEIGHT=1.1`COST=0.23`DATASHEET=http://www.fairchildsemi.com/ds/FA/FAN2558.pdf`MANUFACTURER_PART=FAN2558S33X`MANUFACTURER=Fairchild Semiconductor`PKG_TYPE=SOT23_5`VALUE=FAN2558S33X`DESCRIPTION=Voltage regulator, LDO, Fixed, 3.3V, 180mA`DEVICE=E-05-0011`REFDES=U6`
|R 16:45:35_2-11-10
API $1I515 IC_Voltage:fan2558_fixed 1 #=3
API $1I515 IC_Voltage:fan2558_fixed 2 #=2
API $1I515 IC_Voltage:fan2558_fixed 3 #=4
API $1I515 IC_Voltage:fan2558_fixed 4 #=1
API $1I515 IC_Voltage:fan2558_fixed 5 #=5
M Discretes:res $1I527
I $1I527 Discretes:res PG_3V3 VDD+5V DXDB_LIBNAME=Resistors`HEIGHT=0.55`COST=0.005`DATASHEET=http://www.rohm.com/products/databook/r/pdf/mcr03.pdf`MANUFACTURER_PART=MCR03EZPFX1002`MANUFACTURER=ROHM`POWER=0.1`VOLTAGE=50`PKG_TYPE=0603`TOLERANCE=1`VALUE=10K`DESCRIPTION=RES 10k 0603 1%`DEVICE=E-01-0002`REFDES=R?`
|R 16:58:57_12-12-08
API $1I527 Discretes:res 1 #=1
API $1I527 Discretes:res 2 #=2
M IC_Voltage:ncp1521b_tsop5 $1I534
I $1I534 IC_Voltage:ncp1521b_tsop5 PG_3V3 $1N279 GND $1N280 VDD+5V DXDB_LIBNAME=IC_Voltage`HEIGHT=1.1`COST=0.53`DATASHEET=http://www.onsemi.com/pub_link/Collateral/NCP1521B%20DATASHEET.PDF`MANUFACTURER_PART=NCP1521BSNT1G`MANUFACTURER=ON Semiconductor`PKG_TYPE=SOT23_5`VALUE=NCP1521B`DESCRIPTION=DC-DC Converter, 1.5MHz, 600mA`DEVICE=E-05-0007`REFDES=U?`
|R 11:08:56_6-7-09
API $1I534 IC_Voltage:ncp1521b_tsop5 1 #=3
API $1I534 IC_Voltage:ncp1521b_tsop5 2 #=4
API $1I534 IC_Voltage:ncp1521b_tsop5 3 #=2
API $1I534 IC_Voltage:ncp1521b_tsop5 4 #=5
API $1I534 IC_Voltage:ncp1521b_tsop5 5 #=1
M IC_Logic:nc7wz07 $1I535
I $1I535 IC_Logic:nc7wz07 $1N12 $1N12 GND VDD+3V3 SRST_N TRST_N DXDB_LIBNAME=IC_General`HEIGHT=1.1`COST=0.08`DATASHEET=http://www.fairchildsemi.com/ds/NC/NC7WZ07.pdf`MANUFACTURER_PART=NC7WZ07P6X`MANUFACTURER=Fairchild`VALUE=NC7WZ07`PKG_TYPE=SC70_6`DESCRIPTION=Dual Logic Buffer, Open Drain Output, UHS Series, SC70`DEVICE=E-13-0026`REFDES=U?`
|R 15:42:6_10-16-09
API $1I535 IC_Logic:nc7wz07 1 #=1
API $1I535 IC_Logic:nc7wz07 2 #=3
API $1I535 IC_Logic:nc7wz07 3 #=2
API $1I535 IC_Logic:nc7wz07 4 #=5
API $1I535 IC_Logic:nc7wz07 5 #=6
API $1I535 IC_Logic:nc7wz07 6 #=4
EW