XMOS USB Audio 2 xmos

xmos-usb-audio-2 / DesignFiles / TOP_LEVEL.asc

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!PADS-POWERPCB-V2007.0-MILS!

*PART*
R1 E-01-0001@0603
R2 E-01-0001@0603
R10 E-01-0001@0603
R11 E-01-0001@0603
R22 E-01-0001@0603
R3 E-01-0002@0603
R4 E-01-0002@0603
R12 E-01-0002@0603
R13 E-01-0002@0603
R14 E-01-0002@0603
R15 E-01-0002@0603
R23 E-01-0002@0603
R24 E-01-0002@0603
R25 E-01-0002@0603
R35 E-01-0002@0603
R36 E-01-0002@0603
R37 E-01-0002@0603
R5 E-01-0008@0603
R26 E-01-0008@0603
R27 E-01-0008@0603
R17 E-01-0013@0603
R38 E-01-0018@0603
R18 E-01-0019@0603
R39 E-01-0021@0603
R40 E-01-0021@0603
R28 E-01-0022@0603
R29 E-01-0022@0603
R41 E-01-0022@0603
R42 E-01-0022@0603
R30 E-01-0030@0603
R6 E-01-0033@0603
R19 E-01-0035@0603
R20 E-01-0035@0603
R21 E-01-0035@0603
R7 E-01-0037@0603
R31 E-01-0037@0603
R32 E-01-0038@0603
R33 E-01-0038@0603
R8 E-01-0039@0603
R9 E-01-0039@0603
R34 E-01-0039@0603
C8 E-02-0007@0805
C49 E-02-0013@0603
C50 E-02-0013@0603
C1 E-02-0017@0603
C2 E-02-0017@0603
C9 E-02-0017@0603
C10 E-02-0017@0603
C11 E-02-0017@0603
C12 E-02-0017@0603
C13 E-02-0017@0603
C14 E-02-0017@0603
C15 E-02-0017@0603
C16 E-02-0017@0603
C17 E-02-0017@0603
C18 E-02-0017@0603
C19 E-02-0017@0603
C20 E-02-0017@0603
C21 E-02-0017@0603
C22 E-02-0017@0603
C23 E-02-0017@0603
C24 E-02-0017@0603
C25 E-02-0017@0603
C29 E-02-0017@0603
C30 E-02-0017@0603
C31 E-02-0017@0603
C51 E-02-0017@0603
C52 E-02-0017@0603
C53 E-02-0017@0603
C54 E-02-0017@0603
C55 E-02-0017@0603
C32 E-02-0018@0603
C33 E-02-0018@0603
C34 E-02-0018@0603
C35 E-02-0018@0603
C36 E-02-0018@0603
C37 E-02-0018@0603
C26 E-02-0019@0603
C27 E-02-0019@0603
C56 E-02-0019@0603
C3 E-02-0020@0603
C28 E-02-0020@0603
C4 E-02-0021@0805
C38 E-02-0021@0805
C5 E-02-0022@0603
C6 E-02-0023@0603
C7 E-02-0025@0603
C39 E-02-0026@AL_ELEC_SMD_B
C40 E-02-0026@AL_ELEC_SMD_B
C41 E-02-0026@AL_ELEC_SMD_B
C42 E-02-0026@AL_ELEC_SMD_B
C43 E-02-0026@AL_ELEC_SMD_B
C44 E-02-0026@AL_ELEC_SMD_B
C45 E-02-0027@0603
C46 E-02-0027@0603
C47 E-02-0028@0603
C48 E-02-0031@AL_ELEC_SMD_C
U4 E-03-0004@SOIC8
J2 E-04-0013@OPT_IO_TOXX147PL
J3 E-04-0018@USB_B
J4 E-04-0022@IDC_HEADER_RA_20PIN
J5 E-04-0023@TRS_JACK_SJ3523
J6 E-04-0023@TRS_JACK_SJ3523
U5 E-05-0005@SOT23_5
U7 E-05-0007@SOT23_5
U14 E-05-0009@SOT23_6
U6 E-05-0011@SOT23_5
X1 E-07-0005@XTAL_HC49US_SMD
X2 E-07-0008@XTAL_HC49
X3 E-07-0009@XTAL_HC49
FB1 E-08-0002@0603
FB2 E-08-0002@0603
L1 E-09-0004@TAIYO_2016
Q1 E-10-0001@SOT23
Q2 E-10-0001@SOT23
Q3 E-10-0001@SOT23
U3 E-11-0004@TQFP128_XMOS
D3 E-12-0001@0603_LED
LEDA E-12-0001@0603_LED
LEDB E-12-0001@0603_LED
U1 E-13-0005@SC70_6
U11 E-13-0009@SC70_6
U12 E-13-0015@SC70_6
U8 E-13-0019@SOT23_5
U2 E-13-0020@QFN24_SMSC
U9 E-13-0021@SOT23_5
U13 E-13-0022@TSSOP24
U10 E-13-0023@SC70_6
U15 E-13-0026@SC70_6
MTH1 E-14-0002@MTG_PTH_M3_6MM
MTH2 E-14-0002@MTG_PTH_M3_6MM
MTH3 E-14-0002@MTG_PTH_M3_6MM
MTH4 E-14-0002@MTG_PTH_M3_6MM
TP1 E-15-0003@PIN_HOLE
TP2 E-15-0003@PIN_HOLE
TP3 E-15-0003@PIN_HOLE
TP4 E-15-0003@PIN_HOLE
TP5 E-15-0003@PIN_HOLE
TP6 E-15-0003@PIN_HOLE
TP7 E-15-0003@PIN_HOLE
TP8 E-15-0003@PIN_HOLE
TP9 E-15-0003@PIN_HOLE
TP10 E-15-0003@PIN_HOLE
TP11 E-15-0003@PIN_HOLE
TP12 E-15-0003@PIN_HOLE
TP13 E-15-0003@PIN_HOLE
TP14 E-15-0003@PIN_HOLE
TP15 E-15-0003@PIN_HOLE
TP16 E-15-0003@PIN_HOLE
TP17 E-15-0003@PIN_HOLE
TP18 E-15-0003@PIN_HOLE
FM1 E-15-0004@FIDUCIAL_15_30
FM2 E-15-0004@FIDUCIAL_15_30
FM3 E-15-0004@FIDUCIAL_15_30
SWA E-16-0003@SW_PB_KSC_JBEND
SWB E-16-0003@SW_PB_KSC_JBEND
*CONNECTION*
*SIGNAL* 1I361N8
U13.11 R37.1
*SIGNAL* 1I361N36
C41.1 U13.22
*SIGNAL* 1I361N30
U13.18 C48.1
C48.1 C52.1
*SIGNAL* 1I361N29
C40.1 U13.17
U13.17 C51.1
*SIGNAL* 1I361N28
C39.1 C45.1
C45.1 U13.15
*SIGNAL* 1I361N26
C39.2 R33.2
R33.2 R40.2
*SIGNAL* 1I361N25
C44.1 C46.1
C46.1 U13.16
*SIGNAL* 1I361N24
C44.2 R32.2
R32.2 R39.2
*SIGNAL* 1I361N23
J6.2 R40.1
*SIGNAL* 1I361N22
J6.3 R39.1
*SIGNAL* 1I361N19
C42.1 U13.23
*SIGNAL* 1I361N173
C42.2 R36.2
R36.2 R41.1
*SIGNAL* 1I361N161
C41.2 R35.2
R35.2 R42.1
*SIGNAL* 1I361N150
C38.1 R30.2
R30.2 U14.3
U14.3 U14.1
*SIGNAL* 1I361N146
U14.4 C53.1
*SIGNAL* 1I361N144
C47.2 R31.1
R31.1 R38.2
R38.2 U14.5
*SIGNAL* 1I361N11
J5.3 C49.1
C49.1 R41.2
*SIGNAL* 1I361N10
J5.2 C50.1
C50.1 R42.2
*SIGNAL* 1I3524M576
U10.4 R20.2
R20.2 R22.2
R22.2 U11.1
*SIGNAL* 1I3511M2896
U10.6 R19.2
R19.2 U11.3
U11.3 R28.2
*SIGNAL* 1I351N8
Q2.3 R24.1
*SIGNAL* 1I351N70
C36.1 X1.2
X1.2 R29.1
*SIGNAL* 1I351N69
U9.2 R21.1
R21.1 C37.1
C37.1 X1.1
*SIGNAL* 1I351N3
Q1.3 Q3.1
Q3.1 R23.1
*SIGNAL* 1I351N17
R22.1 C35.1
C35.1 X2.2
*SIGNAL* 1I351N16
U10.3 R20.1
R20.1 R25.2
R25.2 C34.1
C34.1 X2.1
*SIGNAL* 1I351N13
Q3.3 R25.1
*SIGNAL* 1I351N12
C33.1 R28.1
R28.1 X3.2
*SIGNAL* 1I351N110
R27.1 U12.6
*SIGNAL* 1I351N11
U10.1 R19.1
R19.1 R24.2
R24.2 C32.1
C32.1 X3.1
*SIGNAL* 1I351N107
R26.1 U12.4
*SIGNAL* 1I351N102
C28.1 U10.5
U10.5 FB2.1
*SIGNAL* 1I294X0D1
R12.1 U3.36
U3.36 U4.1
*SIGNAL* VDD+1V8
U2.21 U5.5
U5.5 C27.1
*SIGNAL* VDD+1V0
C6.1 L1.2
L1.2 R7.2
R7.2 U3.19
U3.19 U3.101
U3.101 U3.108
U3.108 U3.12
U3.12 U3.123
U3.123 U3.29
U3.29 U3.49
U3.49 U3.59
U3.59 U3.68
U3.68 U3.74
U3.74 U3.77
U3.77 U3.83
U3.83 C8.1
C8.1 R18.2
R18.2 C10.1
C10.1 C11.1
C11.1 C12.1
C12.1 C13.1
C13.1 C14.1
C14.1 C19.1
C19.1 U8.2
*SIGNAL* 1I294USB_DP
J3.3 U2.6
*SIGNAL* 1I294USB_DM
J3.2 U2.5
*SIGNAL* 1I294ULPI_STP
U2.20 U3.128
*SIGNAL* 1I294ULPI_NXT
U2.18 U3.126
*SIGNAL* 1I294ULPI_DIR
U2.19 U3.94
*SIGNAL* 1I294ULPI_DATA7
U2.8 U3.90
*SIGNAL* 1I294ULPI_DATA6
U2.9 U3.96
*SIGNAL* 1I294ULPI_DATA5
U2.10 U3.106
*SIGNAL* 1I294ULPI_DATA4
U2.11 U3.107
*SIGNAL* 1I294ULPI_DATA3
U2.13 U3.110
*SIGNAL* 1I294ULPI_DATA2
U2.14 U3.113
*SIGNAL* 1I294ULPI_DATA1
U2.15 U3.115
*SIGNAL* 1I294ULPI_DATA0
U2.16 U3.118
*SIGNAL* 1I294ULPI_CLK
U2.12 U3.89
*SIGNAL* 1I294TRST_N
J4.3 U15.4
U15.4 U3.53
U3.53 U3.55
U3.55 U3.56
*SIGNAL* 1I294TMS
J4.7 U3.58
*SIGNAL* 1I294TD2
J4.13 U3.63
*SIGNAL* 1I294TD1
J4.5 U3.62
*SIGNAL* 1I294TCK
J4.9 U3.61
*SIGNAL* 1I294SRST_N
J4.15 U15.6
U15.6 U3.21
*SIGNAL* 1I294PHY_RST_N
U2.22 R14.2
R14.2 U3.4
*SIGNAL* 1I294PG_3V3
U6.4 R15.1
R15.1 U7.3
*SIGNAL* 1I294DEBUG
J4.11 R9.1
R9.1 U3.42
*SIGNAL* 1I2941N89
C3.1 U3.48
U3.48 R18.1
*SIGNAL* 1I2941N464
R11.1 D3.A
*SIGNAL* 1I2941N363
J3.5 J3.6
J3.6 C5.1
C5.1 R17.2
*SIGNAL* 1I2941N362
U2.24 R6.2
*SIGNAL* 1I2941N355
U2.2 R10.2
*SIGNAL* 1I2941N354
J3.1 FB1.2
*SIGNAL* 1I2941N280
L1.1 U7.5
*SIGNAL* 1I2941N279
C6.2 R7.1
R7.1 R13.2
R13.2 U7.4
*SIGNAL* 1I2941N12
U15.1 U15.3
U15.3 R8.1
R8.1 U8.1
*SIGNAL* 1I2941N10
C7.1 U8.5
*SIGNAL* XCORE_MCLK
U3.82 R26.2
*SIGNAL* X0D61
TP15.1 U3.3
*SIGNAL* X0D58
TP14.1 U3.38
*SIGNAL* X0D57
TP13.1 U3.35
*SIGNAL* X0D56
TP12.1 U3.33
*SIGNAL* X0D55
TP11.1 U3.31
*SIGNAL* VDD+5V
TP17.1 U6.3
U6.3 U6.1
U6.1 C4.1
C4.1 R10.1
R10.1 R11.2
R11.2 R15.2
R15.2 U5.3
U5.3 U5.1
U5.1 U7.1
U7.1 C22.1
C22.1 C25.1
C25.1 FB1.1
FB1.1 R30.1
*SIGNAL* VDD+4V3A
TP18.1 C43.1
C43.1 C47.1
C47.1 U13.19
U13.19 R31.2
R31.2 U14.6
U14.6 C54.1
C54.1 C56.1
*SIGNAL* VDD+3V3
R3.2 R4.2
R4.2 U1.6
U1.6 U1.5
U1.5 TP16.1
TP16.1 C1.1
C1.1 C2.1
C2.1 J2.2
J2.2 U6.5
U6.5 U2.3
U2.3 U2.4
U2.4 U2.17
U2.17 U15.5
U15.5 R8.2
R8.2 R9.2
R9.2 R12.2
R12.2 U3.45
U3.45 U3.22
U3.22 U3.1
U3.1 U3.103
U3.103 U3.111
U3.111 U3.120
U3.120 U3.15
U3.15 U3.26
U3.26 U3.32
U3.32 U3.44
U3.44 U3.50
U3.50 U3.64
U3.64 U3.73
U3.73 U3.79
U3.79 U3.93
U3.93 U4.7
U4.7 U4.8
U4.8 U4.3
U4.3 C9.1
C9.1 C15.1
C15.1 C16.1
C16.1 C17.1
C17.1 C18.1
C18.1 C20.1
C20.1 C21.1
C21.1 C23.1
C23.1 C24.1
C24.1 C26.1
C26.1 U9.5
U9.5 R23.2
R23.2 U11.5
U11.5 C29.1
C29.1 C30.1
C30.1 C31.1
C31.1 U12.5
U12.5 FB2.2
FB2.2 U13.5
U13.5 U13.8
U13.8 R37.2
R37.2 C55.1
*SIGNAL* SWITCHB
R3.1 SWB.1B
SWB.1B U3.69
*SIGNAL* SWITCHA
R4.1 SWA.1B
SWA.1B U3.86
*SIGNAL* SPDIF_TX
U1.3 TP9.1
TP9.1 U3.67
*SIGNAL* SPDIF_OUT
R5.2 TP10.1
TP10.1 J2.3
*SIGNAL* SPDIF_MCLK
U1.1 U11.4
U11.4 U12.1
U12.1 U12.3
*SIGNAL* SCLK
TP3.1 U3.37
U3.37 U4.2
U4.2 U13.4
*SIGNAL* MCLK_SEL
TP6.1 U3.8
U3.8 Q1.1
Q1.1 Q2.1
Q2.1 U11.6
U11.6 U13.13
*SIGNAL* LRCK
TP4.1 U3.5
U3.5 U4.6
U4.6 U13.2
*SIGNAL* LEDB
R1.2 U3.11
*SIGNAL* LEDA
R2.2 U3.9
*SIGNAL* GND
LEDB.K LEDA.K
LEDA.K U1.2
U1.2 TP8.1
TP8.1 C1.2
C1.2 C2.2
C2.2 SWA.2B
SWA.2B SWB.2B
SWB.2B J2.1
J2.1 J3.4
J3.4 U6.2
U6.2 C3.2
C3.2 C4.2
C4.2 C5.2
C5.2 C7.2
C7.2 U2.25
U2.25 J4.12
J4.12 J4.16
J4.16 J4.20
J4.20 J4.4
J4.4 J4.8
J4.8 U15.2
U15.2 R6.1
R6.1 R13.1
R13.1 R14.1
R14.1 U3.116
U3.116 U3.17
U3.17 U3.39
U3.39 U3.40
U3.40 U3.41
U3.41 U3.43
U3.43 U3.54
U3.54 U3.57
U3.57 U3.60
U3.60 U3.65
U3.65 U3.66
U3.66 U3.71
U3.71 U3.78
U3.78 U3.80
U3.80 U3.88
U3.88 U3.91
U3.91 U3.92
U3.92 U3.99
U3.99 U3.129
U3.129 U3.47
U3.47 U3.51
U3.51 U3.52
U3.52 D3.K
D3.K C8.2
C8.2 U4.4
U4.4 R17.1
R17.1 U5.2
U5.2 U7.2
U7.2 C9.2
C9.2 C10.2
C10.2 C11.2
C11.2 C12.2
C12.2 C13.2
C13.2 C14.2
C14.2 C15.2
C15.2 C16.2
C16.2 C17.2
C17.2 C18.2
C18.2 C19.2
C19.2 C20.2
C20.2 C21.2
C21.2 C22.2
C22.2 C23.2
C23.2 C24.2
C24.2 C25.2
C25.2 C26.2
C26.2 C27.2
C27.2 U8.3
U8.3 C28.2
C28.2 U9.3
U9.3 U10.2
U10.2 Q1.2
Q1.2 Q2.2
Q2.2 Q3.2
Q3.2 U11.2
U11.2 C29.2
C29.2 C30.2
C30.2 C31.2
C31.2 C32.2
C32.2 C33.2
C33.2 C34.2
C34.2 C35.2
C35.2 C36.2
C36.2 C37.2
C37.2 U12.2
U12.2 C38.2
C38.2 C40.2
C40.2 C43.2
C43.2 C45.2
C45.2 C46.2
C46.2 U13.20
U13.20 U13.6
U13.6 U13.10
U13.10 U13.9
U13.9 U13.12
U13.12 J5.1
J5.1 J6.1
J6.1 R32.1
R32.1 R33.1
R33.1 R34.1
R34.1 C48.2
C48.2 R35.1
R35.1 R36.1
R36.1 R38.1
R38.1 C49.2
C49.2 C50.2
C50.2 U14.2
U14.2 C51.2
C51.2 C52.2
C52.2 C53.2
C53.2 C54.2
C54.2 C55.2
C55.2 C56.2
*SIGNAL* DAC_DATA
TP2.1 U3.2
U3.2 U4.5
U4.5 U13.1
*SIGNAL* CODEC_RST_N
TP7.1 U3.6
U3.6 U13.14
*SIGNAL* CODEC_MCLK
TP5.1 R27.2
R27.2 U13.3
*SIGNAL* CLK_13M
U2.23 U3.24
U3.24 U3.25
U3.25 U9.4
U9.4 R21.2
R21.2 R29.2
*SIGNAL* ADC_DATA
TP1.1 U3.87
U3.87 U13.7
U13.7 R34.2
*SIGNAL* $1N214
R5.1 U1.4
*SIGNAL* $1N166
R2.1 LEDA.A
*SIGNAL* $1N165
R1.1 LEDB.A



*MISC*
RULES_SECTION MILS
{
DESIGN RULES
{
RULE_SET (1)
{
FOR :
{
DEFAULT :
}
AGAINST :
{
DEFAULT :
}
LAYER 0
HIGH_SPEED_RULE :
{
AGGRESSOR N
MIN_LENGTH 0.000000
MAX_LENGTH 50000.000000
STUB_LENGTH 1000.000000
PARALLEL_LENGTH 1000.000000
PARALLEL_GAP 200.000000
TANDEM_LENGTH 1000.000000
TANDEM_GAP 200.000000
MIN_DELAY 0.000000
MAX_DELAY 10.000000
MIN_CAPACITANCE 0.000000
MAX_CAPACITANCE 10.000000
MIN_IMPEDANCE 50.000000
MAX_IMPEDANCE 150.000000
SHIELD_NET *
SHIELD_GAP 200.000000
MATCH_LENGTH_TOLERANCE 200.000000
}
}
RULE_SET (2)
{
FOR :
{
DEFAULT :
}
AGAINST :
{
DEFAULT :
}
LAYER 0
ROUTE_RULE :
{
LENGTH_MINIMIZATION_TYPE 1
VIA_SHARE Y
MAX_NUMBER_OF_VIAS -1
TRACE_SHARE Y
AUTO_ROUTE Y
RIPUP Y
SHOVE Y
SHOVE_PROTECTED N
ROUTE_PRIORITY 3
VALID_LAYER 1
VALID_LAYER 2
VALID_VIA_TYPE *USE_CURRENT*
}
}
RULE_SET (3)
{
FOR :
{
DEFAULT :
}
AGAINST :
{
DEFAULT :
}
LAYER 0
CLEARANCE_RULE :
{
TRACK_TO_TRACK 6.000000
VIA_TO_TRACK 6.000000
VIA_TO_VIA 6.000000
PAD_TO_TRACK 6.000000
PAD_TO_VIA 6.000000
PAD_TO_PAD 6.000000
SMD_TO_TRACK 6.000000
SMD_TO_VIA 6.000000
SMD_TO_PAD 6.000000
SMD_TO_SMD 6.000000
COPPER_TO_TRACK 6.000000
COPPER_TO_VIA 6.000000
COPPER_TO_PAD 6.000000
COPPER_TO_SMD 6.000000
COPPER_TO_COPPER 6.000000
TEXT_TO_TRACK 6.000000
TEXT_TO_VIA 6.000000
TEXT_TO_PAD 6.000000
TEXT_TO_SMD 6.000000
OUTLINE_TO_TRACK 6.000000
OUTLINE_TO_VIA 6.000000
OUTLINE_TO_PAD 6.000000
OUTLINE_TO_SMD 6.000000
OUTLINE_TO_COPPER 6.000000
DRILL_TO_TRACK 6.000000
DRILL_TO_VIA 6.000000
DRILL_TO_PAD 6.000000
DRILL_TO_SMD 6.000000
DRILL_TO_COPPER 6.000000
SAME_NET_SMD_TO_VIA 6.000000
SAME_NET_SMD_TO_CRN 6.000000
SAME_NET_VIA_TO_VIA 6.000000
SAME_NET_PAD_TO_CRN 6.000000
SAME_NET_TRACK_TO_CRN 6.000000
MIN_TRACK_WIDTH 12.000000
REC_TRACK_WIDTH 12.000000
MAX_TRACK_WIDTH 12.000000
DRILL_TO_DRILL 6.000000
BODY_TO_BODY 6.000000
}
}
}
}
ATTRIBUTE VALUES
{
PART R42
{
Cost 0.005
Description RES 470R 0603 1%
Tolerance 1
Value 470R
}
PART R41
{
Cost 0.005
Description RES 470R 0603 1%
Tolerance 1
Value 470R
}
PART R40
{
Cost 0.005
Description RES 4.7k 0603 1%
Tolerance 1
Value 4K7
}
PART R39
{
Cost 0.005
Description RES 4.7k 0603 1%
Tolerance 1
Value 4K7
}
PART C56
{
Cost 0.028
Description MLCC 2.2uF 0603 X5R 10V
Tolerance 20
Value 2U2
}
PART C55
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART C54
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART C53
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART C52
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART C51
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART U14
{
Cost 0.23
Description Voltage regulator, LDO, Adjustable, 200mA
Value TPS73001
}
PART C50
{
Cost 0.019
Description MLCC 2.2nF 0603 COG 50V
Tolerance 5
Value 2N2
}
PART C49
{
Cost 0.019
Description MLCC 2.2nF 0603 COG 50V
Tolerance 5
Value 2N2
}
PART R38
{
Cost 0.005
Description RES 2.7k 0603 1%
Tolerance 1
Value 2K7
}
PART R37
{
Cost 0.005
Description RES 10k 0603 1%
Tolerance 1
Value 10K
}
PART R36
{
Cost 0.005
Description RES 10k 0603 1%
Tolerance 1
Value 10K
}
PART R35
{
Cost 0.005
Description RES 10k 0603 1%
Tolerance 1
Value 10K
}
PART C48
{
Cost 0.092
Description Al Elec 47uF 16V CaseC SMD
Tolerance 20
Value 47U
}
PART R34
{
Cost 0.005
Description RES 47k 0603 1%
Tolerance 1
Value 47K
}
PART R33
{
Cost 0.005
Description RES 3.3k 0603 1%
Tolerance 1
Value 3K3
}
PART R32
{
Cost 0.005
Description RES 3.3k 0603 1%
Tolerance 1
Value 3K3
}
PART R31
{
Cost 0.005
Description RES 6.8k 0603 1%
Tolerance 1
Value 6K8
}
PART R30
{
Cost 0.004
Description RES 1R 0603 1%
Tolerance 5
Value 1R
}
PART J6
{
Cost 0.45
Description TRS jack, 3.5mm, SMD
Value SJ-3523-SMT
}
PART J5
{
Cost 0.45
Description TRS jack, 3.5mm, SMD
Value SJ-3523-SMT
}
PART U13
{
Cost 3
Description Audio CODEC, 2 In, 2 Out, 24Bit, 192kHz, TSSOP24
Value CS4270
}
PART C47
{
Cost 0.007
Description MLCC 100pF 0603 COG 50V
Tolerance 5
Value 100P
}
PART C46
{
Cost 0.009
Description MLCC 220pF 0603 COG 50V
Tolerance 5
Value 220P
}
PART C45
{
Cost 0.009
Description MLCC 220pF 0603 COG 50V
Tolerance 5
Value 220P
}
PART C44
{
Cost 0.077
Description Al Elec 10uF CaseB 25V
Tolerance 20
Value 10U
}
PART C43
{
Cost 0.077
Description Al Elec 10uF CaseB 25V
Tolerance 20
Value 10U
}
PART C42
{
Cost 0.077
Description Al Elec 10uF CaseB 25V
Tolerance 20
Value 10U
}
PART C41
{
Cost 0.077
Description Al Elec 10uF CaseB 25V
Tolerance 20
Value 10U
}
PART C40
{
Cost 0.077
Description Al Elec 10uF CaseB 25V
Tolerance 20
Value 10U
}
PART C39
{
Cost 0.077
Description Al Elec 10uF CaseB 25V
Tolerance 20
Value 10U
}
PART C38
{
Cost 0.048
Description MLCC 4.7uF 0805 X5R 10V
Tolerance 10
Value 4U7
}
PART FB2
{
Cost 0.028
Description Ferrite Bead, 330R AT 100MHz, 0603, 1.7A
Value 330R
}
PART X3
{
Cost 0.25
Description Crystal, 11.2896MHz, HC49/US, Fundamental, 18pF, Tol. �30ppm, Stab. �50ppm
Value HC49US
}
PART R29
{
Cost 0.005
Description RES 470R 0603 1%
Tolerance 1
Value 470R
}
PART R28
{
Cost 0.005
Description RES 470R 0603 1%
Tolerance 1
Value 470R
}
PART X2
{
Cost 0.25
Description Crystal, 24.576MHz, HC49/US, Fundamental, 18pF, Tol. �30ppm, Stab. �50ppm
Value HC49US
}
PART X1
{
Cost 0.23
Description Crystal, 13MHz, HC49/US SMD, Fundamental, 18pF, Tol. �30ppm, Stab. �30ppm
Value ABLS2
}
PART U12
{
Cost 0.07
Description Dual Logic Buffer, Schmitt Trigger, UHS Series, SC70
Value NC7WZ17
}
PART C37
{
Cost 0.007
Description MLCC 33pF 0603 COG 50V
Tolerance 5
Value 33P
}
PART C36
{
Cost 0.007
Description MLCC 33pF 0603 COG 50V
Tolerance 5
Value 33P
}
PART C35
{
Cost 0.007
Description MLCC 33pF 0603 COG 50V
Tolerance 5
Value 33P
}
PART C34
{
Cost 0.007
Description MLCC 33pF 0603 COG 50V
Tolerance 5
Value 33P
}
PART C33
{
Cost 0.007
Description MLCC 33pF 0603 COG 50V
Tolerance 5
Value 33P
}
PART C32
{
Cost 0.007
Description MLCC 33pF 0603 COG 50V
Tolerance 5
Value 33P
}
PART C31
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART C30
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART C29
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART U11
{
Cost 0.07
Description 2-Input Multiplexer, UHS Series, SC70
Value NC7SZ157
}
PART R27
{
Cost 0.005
Description RES 33R 0603 1%
Tolerance 1
Value 33R
}
PART R26
{
Cost 0.005
Description RES 33R 0603 1%
Tolerance 1
Value 33R
}
PART R25
{
Cost 0.005
Description RES 10k 0603 1%
Tolerance 1
Value 10K
}
PART R24
{
Cost 0.005
Description RES 10k 0603 1%
Tolerance 1
Value 10K
}
PART R23
{
Cost 0.005
Description RES 10k 0603 1%
Tolerance 1
Value 10K
}
PART R22
{
Cost 0.005
Description RES 1k 0603 1%
Tolerance 1
Value 1K
}
PART Q3
{
Cost 0.05
Description MOSFET, N-Channel, Logic Level, 50V, 220mA
Value BSS138
}
PART Q2
{
Cost 0.05
Description MOSFET, N-Channel, Logic Level, 50V, 220mA
Value BSS138
}
PART Q1
{
Cost 0.05
Description MOSFET, N-Channel, Logic Level, 50V, 220mA
Value BSS138
}
PART R20
{
Cost 0.003
Description RES 2.2M 0603 5%
Tolerance 5
Value 2M2
}
PART R19
{
Cost 0.003
Description RES 2.2M 0603 5%
Tolerance 5
Value 2M2
}
PART R21
{
Cost 0.003
Description RES 2.2M 0603 5%
Tolerance 5
Value 2M2
}
PART U10
{
Cost 0.08
Description Dual Unbuffered Inverter, UHS Series, SC70
Value NC7WZU04
}
PART U9
{
Cost 0.06
Description Unbuffered Inverter, UHS Series, SOT-23-5
Value NC7SZU04
}
PART C28
{
Cost 0.01
Description MLCC 1uF 0603 X5R 10V
Tolerance 10
Value 1U
}
PART FB1
{
Cost 0.028
Description Ferrite Bead, 330R AT 100MHz, 0603, 1.7A
Value 330R
}
PART U8
{
Cost 0.15
Description Voltage Detector, Programmable Delay, SOT23-5
Value NCP303LSN09
}
PART C27
{
Cost 0.028
Description MLCC 2.2uF 0603 X5R 10V
Tolerance 10
Value 2U2
}
PART C26
{
Cost 0.028
Description MLCC 2.2uF 0603 X5R 10V
Tolerance 10
Value 2U2
}
PART C25
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART C24
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART C23
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART C22
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART C21
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART C20
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART C19
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART C18
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART C17
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART C16
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART C15
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART C14
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART C13
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART C12
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART C11
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART C10
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART C9
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART U7
{
Cost 0.53
Description DC-DC Converter, 1.5MHz, 600mA
Value NCP1521B
}
PART U5
{
Cost 0.12
Description Voltage regulator, LDO, Fixed, 1.8V, 150mA
Value NCP699SN18
}
PART R18
{
Cost 0.004
Description RES 4.7R 0603 1%
Tolerance 5
Value 4R7
}
PART R17
{
Description RES 0603 No Fit
Value DNP
}
PART U4
{
Cost 0.38
Description Memory, Flash, SPI, 1Mb (128kx8), SOIC-8
Value AT25FS010
}
PART C8
{
Cost 0.061
Description MLCC 10uF 0805 X5R 10V
Tolerance 10
Value 10U
}
PART D3
{
Cost 0.05
Description LED, GREEN, 0603
Value APT1608
}
PART U3
{
Cost 6.1
Description XMOS XS1-L1 Processor, 128TQFP
Value XS1_L1_128TQFP
}
PART R15
{
Cost 0.005
Description RES 10k 0603 1%
Tolerance 1
Value 10K
}
PART R14
{
Cost 0.005
Description RES 10k 0603 1%
Tolerance 1
Value 10K
}
PART R13
{
Cost 0.005
Description RES 10k 0603 1%
Tolerance 1
Value 10K
}
PART R12
{
Cost 0.005
Description RES 10k 0603 1%
Tolerance 1
Value 10K
}
PART R11
{
Cost 0.005
Description RES 1k 0603 1%
Tolerance 1
Value 1K
}
PART R10
{
Cost 0.005
Description RES 1k 0603 1%
Tolerance 1
Value 1K
}
PART R9
{
Cost 0.005
Description RES 47k 0603 1%
Tolerance 1
Value 47K
}
PART R8
{
Cost 0.005
Description RES 47k 0603 1%
Tolerance 1
Value 47K
}
PART R7
{
Cost 0.005
Description RES 6.8k 0603 1%
Tolerance 1
Value 6K8
}
PART R6
{
Cost 0.005
Description RES 8k06 0603 1%
Tolerance 1
Value 8K06
}
PART U15
{
Cost 0.08
Description Dual Logic Buffer, Open Drain Output, UHS Series, SC70
Value NC7WZ07
}
PART J4
{
Cost 0.31
Description IDC Boxed Header, Right Angle, PCB Mount, Polarised, 20 Way, 2x10, 0.1" Pitch
Value HEADER_RA
}
PART U2
{
Cost 1
Description USB 2.0 Transciever, ULPI, 13MHz Ref, QFN24
Value USB3318
}
PART L1
{
Cost 0.08
Description Power Inductor, 2.2uH, 0.7A, 260mR DCR
Tolerance 20
Value 2U2
}
PART C7
{
Cost 0.006
Description MLCC 1nF 0603 X7R 50V
Tolerance 10
Value 1N
}
PART C6
{
Cost 0.009
Description MLCC 330pF 0603 COG 50V
Tolerance 5
Value 330P
}
PART C5
{
Cost 0.006
Description MLCC 10nF 0603 X7R 50V
Tolerance 10
Value 10N
}
PART C4
{
Cost 0.048
Description MLCC 4.7uF 0805 X5R 10V
Tolerance 10
Value 4U7
}
PART C3
{
Cost 0.01
Description MLCC 1uF 0603 X5R 10V
Tolerance 10
Value 1U
}
PART U6
{
Cost 0.23
Description Voltage regulator, LDO, Fixed, 3.3V, 180mA
Value FAN2558S33X
}
PART J3
{
Cost 0.35
Description USB Series B Receptacle, Through Hole
Value USB_B
}
PART J2
{
Cost 0.84
Description Optical Digital Audio Transmitter, 96kHz capable, 3.3V
Value TOTX147PL
}
PART SWB
{
Cost 0.27
Description Tactile Switch, Momentary, SMD, J Bend
Value KSC421J
}
PART SWA
{
Cost 0.27
Description Tactile Switch, Momentary, SMD, J Bend
Value KSC421J
}
PART C2
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART C1
{
Cost 0.007
Description MLCC 100nF 0603 X7R 16V
Tolerance 10
Value 100N
}
PART FM3
{
Cost NA
Description Fiducial, 1.5mm dot, 3mm keepout
Value FIDUCIAL
}
PART FM2
{
Cost NA
Description Fiducial, 1.5mm dot, 3mm keepout
Value FIDUCIAL
}
PART FM1
{
Cost NA
Description Fiducial, 1.5mm dot, 3mm keepout
Value FIDUCIAL
}
PART TP18
{
Cost NA
Description Through Hole Testpoint
Value NA
}
PART TP17
{
Cost NA
Description Through Hole Testpoint
Value NA
}
PART TP16
{
Cost NA
Description Through Hole Testpoint
Value NA
}
PART TP15
{
Cost NA
Description Through Hole Testpoint
Value NA
}
PART TP14
{
Cost NA
Description Through Hole Testpoint
Value NA
}
PART TP13
{
Cost NA
Description Through Hole Testpoint
Value NA
}
PART TP12
{
Cost NA
Description Through Hole Testpoint
Value NA
}
PART TP11
{
Cost NA
Description Through Hole Testpoint
Value NA
}
PART TP10
{
Cost NA
Description Through Hole Testpoint
Value NA
}
PART TP9
{
Cost NA
Description Through Hole Testpoint
Value NA
}
PART TP8
{
Cost NA
Description Through Hole Testpoint
Value NA
}
PART TP7
{
Cost NA
Description Through Hole Testpoint
Value NA
}
PART TP6
{
Cost NA
Description Through Hole Testpoint
Value NA
}
PART TP5
{
Cost NA
Description Through Hole Testpoint
Value NA
}
PART TP4
{
Cost NA
Description Through Hole Testpoint
Value NA
}
PART TP3
{
Cost NA
Description Through Hole Testpoint
Value NA
}
PART TP2
{
Cost NA
Description Through Hole Testpoint
Value NA
}
PART TP1
{
Cost NA
Description Through Hole Testpoint
Value NA
}
PART MTH4
{
Cost NA
Description Mounting Hole, Plated, for M3 Screw, 6mm Dia
Value PTH_M3
}
PART MTH3
{
Cost NA
Description Mounting Hole, Plated, for M3 Screw, 6mm Dia
Value PTH_M3
}
PART MTH2
{
Cost NA
Description Mounting Hole, Plated, for M3 Screw, 6mm Dia
Value PTH_M3
}
PART MTH1
{
Cost NA
Description Mounting Hole, Plated, for M3 Screw, 6mm Dia
Value PTH_M3
}
PART U1
{
Cost 0.07
Description Single D-Type Flip-Flop, UHS Series, SC70
Value NC7SZ175
}
PART LEDA
{
Cost 0.05
Description LED, GREEN, 0603
Value APT1608
}
PART LEDB
{
Cost 0.05
Description LED, GREEN, 0603
Value APT1608
}
PART R5
{
Cost 0.005
Description RES 33R 0603 1%
Tolerance 1
Value 33R
}
PART R4
{
Cost 0.005
Description RES 10k 0603 1%
Tolerance 1
Value 10K
}
PART R3
{
Cost 0.005
Description RES 10k 0603 1%
Tolerance 1
Value 10K
}
PART R2
{
Cost 0.005
Description RES 1k 0603 1%
Tolerance 1
Value 1K
}
PART R1
{
Cost 0.005
Description RES 1k 0603 1%
Tolerance 1
Value 1K
}
}

*END*