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firmware-test/data/curcuit/20305 VB0HW0100 (1).asc
jhchun 831dbc2844 fix: BLE TX 먹통 해결 및 메모리 안전성 개선 
- binary_tx_handler를 dr_binary_tx_safe로 전체 교체 (APP_ERROR_CHECK 제거)
- data_tx_handler APP_ERROR_CHECK → DBG_PRINTF 교체
- memset/memcpy 하드코딩 크기를 define 상수로 교체 (버퍼 오버런 수정)
- SERIAL_NO_LENGTH, HW_NO_LENGTH, PASSKEY_LENGTH를 main.h로 통합
- 미사용 HW 드라이버/EEPROM 코드 삭제, TWI를 i2c_manager.c로 통합
- EEPROM → FDS 전환, 코드 리뷰 현황 문서 추가

Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
2026-03-16 16:39:26 +09:00

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!PADS-POWERPCB-V9.0-METRIC-CP949! NETLIST FILE FROM PADS LOGIC VVX.2
*REMARK* 20305 VB0HW0100.sch -- Mon Mar 09 17:28:45 2026
*REMARK*
*PCB* GENERAL PARAMETERS OF THE PCB DESIGN
MAXIMUMLAYER 4 Maximum routing layer
*PART* ITEMS
R31 RES1005@1005
C17 CAP1005@1005
U2 OPA2836IDGSR@SOP50P490X110-10N
C18 CAP1005@1005
J2 2026560021@2026560021
R23 RES1005@1005
R8 RES1005@1005
U9 RECE.20279.001E.01@RECE.20279.001E.01
R11 RES1005@1005
C2 CAP1005@1005
C30 CAP1608@1608
C4 CAP1005@1005
R25 RES1005@1005
J4 217B-CA04@ATTEND_217B-CA04
J1 ECV3-06-ICESPI@ECV3-06-ICESPI
C19 CAP1005@1005
C16 CAP1005@1005
C23 CAP1005@1005
R28 RES1005@1005
R42 RES1005@1005
R6 RES1005@1005
R12 RES1005@1005
U5 MIC5528-3.3YMT@MIC5528-3.3YMT
C21 CAP1005@1005
C22 CAP1005@1005
C31 CAP1005@1005
R14 RES1005@1005
LED3 LED1608@LED1608
C32 CAP1608@1608
C20 CAP1005@1005
R16 RES1005@1005
R18 RES1005@1005
U20 PESD5V0F1BLD_315@PESD5V0F1BLD315
C15 CAP1005@1005
C24 CAP1005@1005
C5 CAP1608@1608
C7 CAP1608@1608
C10 CAP1608@1608
C14 CAP1005@1005
C12 CAP1005@1005
C13 CAP1608@1608
C37 CAP1608@1608
C38 CAP1608@1608
U23 ADL5513ACPZ-R7@QFN50P300X300X80-17N-D
C61 CAP1005@1005
R19 RES1005@1005
R29 RES1005@1005
C64 CAP1005@1005
C67 CAP1005@1005
R20 RES1005@1005
C72 CAP1005@1005
C29 CAP1608@1608
L4 IND1608@1608
L3 IND1005@1005
Y1 FC-12M@FC-12M
R26 RES1005@1005
R27 RES1005@1005
Y2 FA-128_32MHZ@FA-128
R35 RES1005@1005
C51 CAP1005@1005
L1 IND1608@1608
C42 CAP1608@1608
C36 CAP1005@1005
R24 RES1005@1005
H2 M2_HOLE@HOLE-1.8
C43 CAP1608@1608
C39 CAP1608@1608
T5 TEST_POINT@TP
H3 M2_HOLE@HOLE-1.8
C28 CAP1005@1005
C27 CAP1005@1005
R36 RES1005@1005
C26 CAP1005@1005
C25 CAP1005@1005
R39 RES1005@1005
C40 CAP1005@1005
C41 CAP1005@1005
C44 CAP1608@1608
C45 CAP1608@1608
C46 CAP1608@1608
C47 CAP1608@1608
C48 CAP1005@1005
C49 CAP1005@1005
U16 W25Q32RVXHJQ_TR@SON50P300X200X40-9N
C50 CAP1608@1608
C103 CAP1005@1005
R83 RES1005@1005
C52 CAP1608@1608
R30 RES1005@1005
C34 CAP1005@1005
R40 RES1005@1005
L5 IND1005@1005
U6 PRG18BC1R0MM1RB@THRMC1608X95N
U7 PRG18BC1R0MM1RB@THRMC1608X95N
L6 IND1608@1608
SW2 A03-05@A03-05
C53 CAP1005@1005
R17 RES1005@1005
R41 RES1005@1005
C54 CAP1005@1005
C55 CAP1005@1005
C56 CAP1608@1608
R43 RES1005@1005
LED4 LED1608@LED1608
U4 PMFPB8032XP@PMFPB8032XP
P1 AXT510124@PANASONIC_AXT510124
R15 RES1005@1005
H4 M2_HOLE@HOLE-1.8
U10 ICM-42670-P@ICM-42675-P
U27 MD1822K6-G@QFN50P300X300X100-17N-D
C35 CAP1005@1005
C8 CAP1608@1608
C9 CAP1005@1005
H1 M2_HOLE@HOLE-1.8
JP1 TP_DBL@TP_DBL
R65 RES1005@1005
D3 DAP222WM@EMD3F-DAP222WM
D4 BAS3005B-02V@SC79-BAS3005B-02V
U1 PRTR5V0U2X@SOT143B-PRTR5V0U2X
R34 RES1005@1005
U22 TMP235-Q1@SOT-23
L2 IND1608@1608
R21 RES1005@1005
R22 RES1005@1005
U8 SN74LVC1G04DRY2@USON-SN74LVC1G04DRY2
R33 RES1005@1005
R32 RES1005@1005
R37 RES1005@1005
R4 RES1005@1005
U30 TC7920K6-G@SON50P400X400X100-13N-D
R38 RES1005@1005
C62 CAP1005@1005
C65 CAP1005@1005
C70 CAP1005@1005
C74 CAP1005@1005
U26 NRF52840_QIAA_R@NRF52840-QIAA-F-R7
U3 MCP73838@MSOP10-MCP73838
C73 CAP1005@1005
C11 CAP1608@1608
C75 CAP1005@1005
U31 MAX14778ETP+@QFN65P500X500X80-21N
C76 CAP1005@1005
C77 CAP1005@1005
R58 RES1005@1005
C33 CAP1608@1608
R73 RES1005@1005
R63 RES1005@1005
U34 MD0100N8-G@AMP_PHA-1
C80 CAP1005@1005
C81 CAP1005@1005
PZT_PE TEST_POINT@TP
PZT_DMP TEST_POINT@TP
PZT_PIN TEST_POINT@TP
PZT_NIN TEST_POINT@TP
C82 CAP1005@1005
C83 CAP1005@1005
PZT_T/R TEST_POINT@TP
C84 CAP1005@1005
L10 IND1608@1608
L11 IND1608@1608
L12 IND1608@1608
L14 IND1608@1608
C1 CAP1608@1608
U32 LT3463EDDPBF@DFN-10_DD
C3 CAP1608@1608
C6 CAP1608@1608
R7 RES1005@1005
L13 IND1608@1608
R10 RES1005@1005
R9 RES1005@1005
R5 RES1005@1005
L15 IND1608@1608
TH1 THER1608@TH1608-NB21K00103KBB
R13 RES1005@1005
C85 CAP1005@1005
C86 CAP1005@1005
D1 B0540WS-TP@SOD2512X115N
R66 RES1005@1005
R67 RES1005@1005
C87 CAP1005@1005
R68 RES1005@1005
R69 RES1005@1005
R70 RES1005@1005
R71 RES1005@1005
C88 CAP1005@1005
C89 CAP1005@1005
C79 CAP1005@1005
L16 IND1608@1608
U33 MCP1804T-A002I_OT@SOT95P270X145-5N
C90 CAP1005@1005
C91 CAP1005@1005
C98 CAP1005@1005
R1 RES1005@1005
R2 RES1005@1005
LED1 LED1608@LED1608
LED2 LED1608@LED1608
L17 IND1608@1608
R3 RES1005@1005
R74 RES1005@1005
C110 CAP1005@1005
R77 RES1005@1005
C119 CAP1005@1005
R79 RES1005@1005
R80 RES1005@1005
U37 ADC121S051CIMF_NOPB@SOT95P280X145-6N
C78 CAP1005@1005
C93 CAP1005@1005
C95 CAP1005@1005
T1 TEST_POINT@TP
T2 TEST_POINT@TP
T3 TEST_POINT@TP
L19 IND1608@1608
U38 LM27762DSSR@SON50P200X300X80-13N-D
U42 MIC5528-3.3YMT@MIC5528-3.3YMT
C96 CAP1005@1005
R64 RES1005@1005
R72 RES1005@1005
R76 RES1005@1005
R78 RES1005@1005
R81 RES1005@1005
L20 IND1608@1608
R82 RES1005@1005
L22 IND1608@1608
L23 IND1608@1608
C102 CAP1005@1005
U41 MIC5528-3.3YMT@MIC5528-3.3YMT
C104 CAP1608@1608
L32 IND1608@1608
R61 RES1005@1005
C121 CAP1005@1005
R84 RES1005@1005
C105 CAP1005@1005
R87 RES1005@1005
C106 CAP1005@1005
T4 TEST_POINT@TP
T6 TEST_POINT@TP
CS TEST_POINT@TP
MISO TEST_POINT@TP
SCLK TEST_POINT@TP
R90 RES1005@1005
C109 CAP1005@1005
C113 CAP1608@1608
L31 IND1608@1608
C114 CAP1005@1005
C115 CAP1608@1608
C116 CAP1608@1608
*NET*
*SIGNAL* 2NDAMP_IN
C78.1 U2.7 R82.2
*SIGNAL* $$$21938
U31.1 R11.2
*SIGNAL* $$$26420
C51.2 U23.4 U23.1 L1.1 C42.1
*SIGNAL* 2NDAMP_OUT
U2.9 R80.2 T4.1 C40.2
*SIGNAL* GND
C16.2 C17.2 C18.1 Y2.4 Y2.2
C21.1 C22.1 C28.1 C19.1 U26.B7
C20.1 C31.1 C24.1 C29.2 C30.2
C32.2 C36.1 C26.1 C14.1 C25.1
U26.F23 C27.1 U10.7 U10.6 C34.1
C33.2 C35.1 U10.1 U10.2 U10.3
U10.10 U10.11 J1.5 C72.1 C73.1
U9.1 U9.2 C15.1 U26.74 U16.4
U16.9 C53.1 R41.2 C11.2 U5.3
C8.2 R17.2 C9.2 R15.2 R21.2
U5.5 U3.5 TH1.2 R7.2 R13.2
R10.2 C6.2 C1.2 J2.2 U1.1
C3.2 R29.1 C23.1 C121.1 R4.2
C65.1 U22.3 C119.1 J4.A1/B12 J4.A12/B1
J4.SH2 J4.SH1 R37.2 R38.2 U27.17
U27.3 U27.6 U27.7 U27.14 U30.12
U30.9 U30.13 U31.3 C77.1 C82.2
C48.1 C76.1 C84.1 C85.2 U32.11
R71.2 C88.2 C89.2 U33.2 C90.2
C91.2 C79.2 C104.2 U42.3 R65.2
C98.2 U42.5 C114.2 C115.2 C81.1
C80.1 C38.2 C47.2 C83.2 C49.1
R6.2 P1.8 P1.4 P1.7 P1.3
U41.3 C113.2 U41.5 C116.2 R77.1
R79.1 U37.2 C95.1 U38.13 C10.2
R76.1 R81.2 U38.4 C52.2 C7.2
C5.2 C102.1 R83.2 C105.2 C106.2
C109.2 R3.1 C93.1 R82.1 C4.1
C2.1 U20.2 C12.1 C13.2 C37.2
U23.17 C64.1 U23.10 U23.5 U23.6
U23.7 U23.8 U23.16 U23.15 U23.13
C67.2 R26.2 R27.1 C51.1 C39.2
R36.2 C41.2 C42.2 C43.2 C44.2
C45.2 C46.2 C50.2 C54.1 C55.1
C56.2 J2.3 J2.4 U5.7 U8.3
U3.11 U42.7
*SIGNAL* PREAMP_OUT
R74.2 C103.2 T2.1 U2.1
*SIGNAL* SWDIO
U26.AC24 J1.2
*SIGNAL* INT2_ICM
U26.G1 R31.2 U10.9
*SIGNAL* SWDCLK
U26.AA24 J1.4
*SIGNAL* $$$7457
U23.2 C61.1
*SIGNAL* $$$3365
R43.2 LED4.1
*SIGNAL* $$$7588
R19.2 R20.1 U23.12
*SIGNAL* $$$4037
J4.A4/B9 U6.1 J4.A9/B4
*SIGNAL* $$$3654
U42.2 L32.1 U42.1
*SIGNAL* PWR_MCU_EN
R17.1 U5.4 C9.1 R22.2 D3.1
*SIGNAL* $$$14862
C64.2 U23.14
*SIGNAL* \SPI_CS_LOCK-IN
U26.AD8
*SIGNAL* SYNCO
U26.AD12
*SIGNAL* ADC_RDATA_N
U26.B13
*SIGNAL* ADC_RDATA_P
U26.A12
*SIGNAL* XL1
C16.1 Y1.2 U26.D2
*SIGNAL* I2C_SCL_ICM
U26.B15 U10.13 R34.2
*SIGNAL* XL2
C17.1 Y1.1 U26.F2
*SIGNAL* $$$25958
L3.2 U26.E24 C14.2 C15.2 U26.B5
*SIGNAL* VDD_BAT
C6.1 J2.1 U3.10 U4.4 R28.2
*SIGNAL* $$$22393
R90.2 C109.1 U38.12 U38.8
*SIGNAL* SPI_SCK
U26.AC9 U16.6 R18.1
*SIGNAL* $$$32490
R23.2 LED3.1
*SIGNAL* $$$15263
U23.3 C67.1
*SIGNAL* SPI_MOSI
U26.AC11 U16.5
*SIGNAL* VBUS_IN
U1.4 L2.1 U6.2
*SIGNAL* $$$15328
R20.2 R26.1 U23.11
*SIGNAL* $$$24450
U3.8 R5.2 R10.1
*SIGNAL* $$$20152
R35.1 R27.2 U23.9
*SIGNAL* RXD
U26.M2 J1.6
*SIGNAL* TXD
U26.L1 J1.3
*SIGNAL* $$$16529
U26.H23 C25.2 L5.2
*SIGNAL* ADC_TEMP
U26.K2 U22.2 C119.2
*SIGNAL* I2C_SCL_NIR
U26.L24 R25.1
*SIGNAL* PWR_HOLD
U26.N1 D4.2
*SIGNAL* I2C_SDA_NIR
U26.J24 R24.1
*SIGNAL* $$$22557
CS.1 U37.6 R8.2 R14.2
*SIGNAL* VBUS
U4.5 JP1.2 R15.1 U3.1 U3.7
R5.1 C1.1 LED2.2 LED1.2 L2.2
*SIGNAL* SPI_MISO
U26.AD10 U16.2 R16.1
*SIGNAL* $$$5070
U4.3 U4.6 U4.7 U4.8 U7.1
*SIGNAL* INT1_ICM
U10.4 R32.2 U26.A16
*SIGNAL* $$$22594
MISO.1 U37.5 R16.2
*SIGNAL* $$$6539
L4.2 L3.1
*SIGNAL* $$$12824
R19.1 R87.2
*SIGNAL* ANT
C26.2 U9.3 L5.1 C28.2 C27.2
*SIGNAL* $$$12989
R36.1 R39.2 C40.1
*SIGNAL* $$$3572
U27.16 U27.1 PZT_DMP.1 R12.2
*SIGNAL* $$$25431
U26.C1 C18.2
*SIGNAL* $$$6537
L4.1 U26.B3
*SIGNAL* VCC_NRF
C32.1 U26.AD2
*SIGNAL* $$$22610
SCLK.1 U37.4 R18.2
*SIGNAL* $$$12990
R39.1 C41.1 T5.1 C61.2
*SIGNAL* I2C_SDA_ICM
U26.A14 U10.14 R33.2
*SIGNAL* $$$85
U3.2 C3.1
*SIGNAL* $$$1313
U3.6 R7.1
*SIGNAL* \WP_FLASH
U26.H2 U16.3 R41.1
*SIGNAL* $$$18796
R38.1 J4.B5
*SIGNAL* $$$18801
R37.1 J4.A5
*SIGNAL* $$$1329
TH1.1 R13.1 R9.2
*SIGNAL* $$$16790
R9.1 U3.9
*SIGNAL* $$$3604
U27.5 PZT_NIN.1 R40.2
*SIGNAL* $$$3606
U27.4 PZT_PIN.1 R30.2
*SIGNAL* ADC_BAT
U26.J1 R28.1 R29.2 C23.2
*SIGNAL* VDD_MAIN
SW2.1 C8.1 U7.2 U5.6 U42.6
C115.1 U41.6 C116.1 C54.2
*SIGNAL* $$$26274
U26.N24 C24.2
*SIGNAL* PZT_EN_MUXB
U26.AC19 U31.16
*SIGNAL* \SPI_CS_FLASH
U26.AD20 R42.1 U16.1
*SIGNAL* $$$20341
JP1.1 U4.1
*SIGNAL* $$$18101
R61.1 C121.2 D3.3
*SIGNAL* PWR_I/R_EN
U26.T2
*SIGNAL* LIGHT_ON
U26.AD18
*SIGNAL* $$$27542
U26.AC5 C30.1
*SIGNAL* $$$18102
D3.2 U8.2 R21.1
*SIGNAL* BUTTON_CHECK
U26.P2 U8.4
*SIGNAL* $$$18103
R22.1 D4.1
*SIGNAL* LED_BLE
U26.U1 R23.1
*SIGNAL* NIRLED_SEL0
U26.U24
*SIGNAL* NIRLED_SEL1
U26.T23
*SIGNAL* $$$4032
U5.2 U5.1 L6.1
*SIGNAL* GND_RX
U41.7
*SIGNAL* $$$14845
U26.D23 C72.2
*SIGNAL* $$$14940
C73.2 U26.A18
*SIGNAL* $$$3432
R61.2 R4.1 SW2.2
*SIGNAL* FUNCTION_LED
U26.A10 R43.1
*SIGNAL* $$$20788
L23.1 U2.4 C102.2 C37.1
*SIGNAL* ADC_PRESSURE
U26.A8
*SIGNAL* $$$14839
U27.8 C62.1
*SIGNAL* $$$14847
C62.2 U30.5
*SIGNAL* +3.3V_M
C19.2 U26.A22 U26.AD23 C29.1 U26.Y2
R25.2 U26.AD14 C33.1 C35.2 R33.1
R34.1 R32.1 U10.12 C34.2 U10.5
R31.1 R24.2 J1.1 U10.8 C20.2
U26.B1 C31.2 U26.W1 C36.2 U16.7
U16.8 C53.2 R42.2 L6.2 C11.1
LED3.2 LED4.2 U8.6
*SIGNAL* STAT1_1
R1.2 U3.3
*SIGNAL* STAT1_2
U3.4 R2.2
*SIGNAL* $$$30190
R1.1 LED1.1
*SIGNAL* $$$30191
R2.1 LED2.1
*SIGNAL* $$$14861
C70.1 U27.9
*SIGNAL* NIR_WAV_SEL0
U26.Y23
*SIGNAL* $$$14864
C70.2 U30.3
*SIGNAL* $$$14885
U27.12 C74.1
*SIGNAL* $$$14887
C74.2 U30.2
*SIGNAL* ADC_AGC
U26.B9
*SIGNAL* AGC_SW
U26.AD16
*SIGNAL* $$$14896
U27.13 C75.1
*SIGNAL* $$$14902
C75.2 U30.1
*SIGNAL* $$$25289
U30.6 C82.1 L11.1 C48.2
*SIGNAL* PZT_-20V
L12.2 D1.A R68.1 C89.1
*SIGNAL* $$$25231
U27.10 U27.11 L10.1 U27.2 C81.2
C80.2
*SIGNAL* PZT_PE
U26.AC21 U27.15 R6.1 PZT_PE.1
*SIGNAL* PZT_DMP
U26.AD22 R12.1
*SIGNAL* PZT_P_PULSE
U26.P23 R30.1
*SIGNAL* PZT_N_PULSE
U26.R24 R40.1
*SIGNAL* $$$2625
U31.2 C77.2
*SIGNAL* PD_SEL0
U26.B17
*SIGNAL* $$$2626
U31.4 U31.21 C76.2
*SIGNAL* $$$2708
U30.11 U30.8 U30.10 R58.1 U30.7
*SIGNAL* PZT_RX
R58.2 PZT_T/R.1 U31.5 R11.1 U34.1
*SIGNAL* $$$25617
L22.1 U2.10 U2.5 U2.6 C93.2
C13.1
*SIGNAL* $$$24188
R3.2 U2.2 R74.1
*SIGNAL* $$$24714
R77.2 T1.1 C110.1 U2.3
*SIGNAL* PD_SEL1
U26.B19
*SIGNAL* $$$5663
U34.3 U20.1 C110.2
*SIGNAL* $$$7726
R79.2 U2.8 R80.1
*SIGNAL* $$$6258
U31.9 P1.6
*SIGNAL* $$$6259
U31.8 P1.5
*SIGNAL* $$$6260
U31.7 P1.2
*SIGNAL* PZT_CH_SEL1
U26.B11 U31.14 U31.12
*SIGNAL* PZT_CH_SEL0
U26.A20 U31.15 U31.11
*SIGNAL* $$$6261
U31.6 P1.1
*SIGNAL* PZT_EN_MUXA
U26.AC17 U31.10
*SIGNAL* PZT_+10V
L10.2 U33.5 C91.1
*SIGNAL* PZT_+20V
L11.2 U32.1 R69.1 C88.1 L17.1
*SIGNAL* $$$6264
U31.19 P1.10
*SIGNAL* $$$6265
U31.20 P1.9
*SIGNAL* $$$13633
U33.4 C79.1 R73.2
*SIGNAL* NIR_WAV_SEL1
U26.W24
*SIGNAL* NIR_WAV_SEL2
U26.V23
*SIGNAL* $$$13703
R63.1 U32.8 U32.9 C114.1
*SIGNAL* $$$26435
C21.2 Y2.1 U26.A23
*SIGNAL* $$$26436
C22.2 Y2.3 U26.B24
*SIGNAL* $$$25419
C84.2 L14.1 U31.13
*SIGNAL* $$$25322
C83.1 U30.4 C49.2 L12.1
*SIGNAL* $$$26511
C95.2 U37.1 C39.1 L19.1
*SIGNAL* +3.3V_PZT_TX
U22.1 C65.2 L14.2 R73.1 R63.2
L32.2 C104.1 C47.1 L16.2
*SIGNAL* $$$19431
U32.2 L13.2
*SIGNAL* $$$19433
L15.2 C86.1 U32.4
*SIGNAL* $$$25510
U32.3 L15.1 C85.1 L16.1 L13.1
C38.1
*SIGNAL* $$$19894
U32.5 C86.2 D1.C
*SIGNAL* $$$27698
R66.1 U32.7
*SIGNAL* PZT_PWR_EN
U26.R1 R65.1 U42.4 C98.1 U41.4
*SIGNAL* $$$27702
R66.2 U32.6 R67.2 C87.1
*SIGNAL* $$$2967
C87.2 R67.1 R68.2
*SIGNAL* $$$3237
R69.2 R70.1
*SIGNAL* $$$3259
R70.2 R71.1 U32.10
*SIGNAL* $$$3655
U41.2 L31.1 U41.1 C56.1
*SIGNAL* +3.3V_PZT_RX
L31.2 C113.1 R90.1 R8.1 R35.2
C45.1 L1.2 C46.1 L19.2 C50.1
L20.2 C55.2
*SIGNAL* +2.75V_CP
U38.11 R72.2 L22.2 C2.2 C7.1
C44.1
*SIGNAL* -2.75V_CP
U38.6 R78.1 C5.1 L23.2 C4.2
C43.1
*SIGNAL* $$$14934
C96.1 U38.10
*SIGNAL* $$$14941
C96.2 U38.9
*SIGNAL* $$$15655
U38.1 R64.2
*SIGNAL* $$$17850
U38.3 R64.1 L20.1 C10.1 C12.2
*SIGNAL* $$$16265
R72.1 U38.2 R76.2
*SIGNAL* $$$16444
U38.7 R81.1 R78.2
*SIGNAL* $$$16815
C52.1 U38.5
*SIGNAL* $$$20303
R83.1 R84.2 C103.1
*SIGNAL* $$$20306
R84.1 C105.1 T3.1 C78.2
*SIGNAL* \PZT_SPI_CS
U26.AC15 R14.1
*SIGNAL* $$$22044
R87.1 C106.1 U37.3 T6.1
*SIGNAL* $$$25374
U33.1 L17.2 C90.1
*MISC* MISCELLANEOUS PARAMETERS
*REMARK* PARENT_KEYWORD PARENT_VALUE
*REMARK* [ {
*REMARK* CHILD_KEYWORD CHILD_VALUE
*REMARK* [ CHILD_KEYWORD CHILD_VALUE
*REMARK* [ {
*REMARK* GRAND_CHILD_KEYWORD GRAND_CHILD_VALUE [...]
*REMARK* } ]]
*REMARK* } ]
LAYER METRIC
{
LAYER 0
{
LAYER_THICKNESS 0
DIELECTRIC 3.300000
}
LAYER 1
{
LAYER_NAME Top Component
LAYER_TYPE ROUTING
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
ASSOCIATED_SILK_SCREEN Silkscreen Top
ASSOCIATED_PASTE_MASK Paste Mask Top
ASSOCIATED_SOLDER_MASK Solder Mask Top
ASSOCIATED_ASSEMBLY Assembly Drawing Top
COMPONENT Y
ROUTABLE Y
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0.254
COPPER_THICKNESS 0.03429
DIELECTRIC 4.300000
COST 0
}
LAYER 2
{
LAYER_NAME Inner Layer 2
LAYER_TYPE ROUTING
PLANE NONE
ROUTING_DIRECTION VERTICAL
ROUTABLE Y
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0.254
COPPER_THICKNESS 0.03429
DIELECTRIC 4.300000
COST 0
}
LAYER 3
{
LAYER_NAME Inner Layer 3
LAYER_TYPE ROUTING
PLANE NONE
ROUTING_DIRECTION HORIZONTAL
ROUTABLE Y
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0.254
COPPER_THICKNESS 0.03429
DIELECTRIC 4.300000
COST 0
}
LAYER 4
{
LAYER_NAME Bottom Component
LAYER_TYPE ROUTING
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
ASSOCIATED_SILK_SCREEN Silkscreen Bottom
ASSOCIATED_PASTE_MASK Paste Mask Bottom
ASSOCIATED_SOLDER_MASK Solder Mask Bottom
ASSOCIATED_ASSEMBLY Assembly Drawing Bottom
COMPONENT Y
ROUTABLE Y
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0
COPPER_THICKNESS 0.03429
DIELECTRIC 3.300000
COST 0
}
LAYER 5
{
LAYER_NAME Layer_5
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION HORIZONTAL
ENABLED Y
LAYER_THICKNESS 0.254
COPPER_THICKNESS 0.03429
DIELECTRIC 4.300000
COST 0
}
LAYER 6
{
LAYER_NAME Layer_6
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
ASSOCIATED_SILK_SCREEN Silkscreen Bottom
ASSOCIATED_PASTE_MASK Paste Mask Bottom
ASSOCIATED_SOLDER_MASK Solder Mask Bottom
ASSOCIATED_ASSEMBLY Assembly Drawing Bottom
COMPONENT Y
ENABLED Y
LAYER_THICKNESS 0
COPPER_THICKNESS 0.03429
DIELECTRIC 3.300000
COST 0
}
LAYER 7
{
LAYER_NAME Layer_7
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 8
{
LAYER_NAME Layer_8
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 9
{
LAYER_NAME Layer_9
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 10
{
LAYER_NAME Layer_10
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 11
{
LAYER_NAME Layer_11
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 12
{
LAYER_NAME Layer_12
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 13
{
LAYER_NAME Layer_13
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 14
{
LAYER_NAME Layer_14
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 15
{
LAYER_NAME Layer_15
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 16
{
LAYER_NAME Layer_16
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 17
{
LAYER_NAME Layer_17
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 18
{
LAYER_NAME Layer_18
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 19
{
LAYER_NAME Layer_19
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 20
{
LAYER_NAME Layer_20
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 21
{
LAYER_NAME Solder Mask Top
LAYER_TYPE SOLDER_MASK
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 22
{
LAYER_NAME Paste Mask Bottom
LAYER_TYPE PASTE_MASK
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 23
{
LAYER_NAME Paste Mask Top
LAYER_TYPE PASTE_MASK
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 24
{
LAYER_NAME Drill Drawing
LAYER_TYPE DRILL
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 25
{
LAYER_NAME Layer_25
LAYER_TYPE UNASSIGNED
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 26
{
LAYER_NAME Silkscreen Top
LAYER_TYPE SILK_SCREEN
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 27
{
LAYER_NAME Assembly Drawing Top
LAYER_TYPE ASSEMBLY
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 28
{
LAYER_NAME Solder Mask Bottom
LAYER_TYPE SOLDER_MASK
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 29
{
LAYER_NAME Silkscreen Bottom
LAYER_TYPE SILK_SCREEN
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
LAYER 30
{
LAYER_NAME Assembly Drawing Bottom
LAYER_TYPE ASSEMBLY
PLANE NONE
ROUTING_DIRECTION NO_PREFERENCE
VISIBLE Y
SELECTABLE Y
ENABLED Y
LAYER_THICKNESS 0
COPPER_THICKNESS 0
DIELECTRIC 0.000000
COST 0
}
}
*REMARK* PARENT_KEYWORD PARENT_VALUE
*REMARK* [ {
*REMARK* CHILD_KEYWORD CHILD_VALUE
*REMARK* [ CHILD_KEYWORD CHILD_VALUE
*REMARK* [ {
*REMARK* GRAND_CHILD_KEYWORD GRAND_CHILD_VALUE [...]
*REMARK* } ]]
*REMARK* } ]
RULES_SECTION METRIC
{
NET_CLASS DATA
DESIGN RULES
{
RULE_SET (1)
{
FOR :
{
DEFAULT :
}
AGAINST :
{
DEFAULT :
}
LAYER 0
CLEARANCE_RULE :
{
TRACK_TO_TRACK 0.1
VIA_TO_TRACK 0.1
VIA_TO_VIA 0.1
PAD_TO_TRACK 0.1
PAD_TO_VIA 0.1
PAD_TO_PAD 0.1
SMD_TO_TRACK 0.1
SMD_TO_VIA 0.1
SMD_TO_PAD 0.1
SMD_TO_SMD 0.1
COPPER_TO_TRACK 0.1
COPPER_TO_VIA 0.1
COPPER_TO_PAD 0.1
COPPER_TO_SMD 0.1
COPPER_TO_COPPER 0.1
TEXT_TO_TRACK 0.1
TEXT_TO_VIA 0.1
TEXT_TO_PAD 0.1
TEXT_TO_SMD 0.1
OUTLINE_TO_TRACK 0.2
OUTLINE_TO_VIA 0.2
OUTLINE_TO_PAD 0.2
OUTLINE_TO_SMD 0.2
OUTLINE_TO_COPPER 0.2
DRILL_TO_TRACK 0.1
DRILL_TO_VIA 0.1
DRILL_TO_PAD 0.1
DRILL_TO_SMD 0.1
DRILL_TO_COPPER 0.1
SAME_NET_SMD_TO_VIA 0.1
SAME_NET_SMD_TO_CRN 0.1
SAME_NET_VIA_TO_VIA 0.1
SAME_NET_PAD_TO_CRN 0.1
MIN_TRACK_WIDTH 0.1
REC_TRACK_WIDTH 0.1
MAX_TRACK_WIDTH 1
DRILL_TO_DRILL 0.1
BODY_TO_BODY 0.1
SAME_NET_TRACK_TO_CRN 0.1
}
}
RULE_SET (2)
{
FOR :
{
DEFAULT :
}
AGAINST :
{
DEFAULT :
}
LAYER 0
ROUTE_RULE :
{
LENGTH_MINIMIZATION_TYPE 1
TRACE_SHARE Y
VIA_SHARE Y
AUTO_ROUTE Y
RIPUP Y
SHOVE Y
ROUTE_PRIORITY 3
MAX_NUMBER_OF_VIAS -1
VALID_LAYER 1
VALID_LAYER 2
VALID_LAYER 3
VALID_LAYER 4
VALID_VIA_TYPE MICROVIA
VALID_VIA_TYPE STANDARDVIA
VALID_VIA_TYPE NOPLATED
VALID_VIA_TYPE GUIDEHOLE
}
}
RULE_SET (3)
{
FOR :
{
DEFAULT :
}
AGAINST :
{
DEFAULT :
}
LAYER 0
HIGH_SPEED_RULE :
{
MIN_LENGTH 0
MAX_LENGTH 1269.99996
STUB_LENGTH 0
PARALLEL_LENGTH 25.4
PARALLEL_GAP 5.08
TANDEM_LENGTH 25.4
TANDEM_GAP 5.08
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 5.08
MATCH_LENGTH_TOLERANCE 5.08
}
}
RULE_SET (4)
{
FOR :
{
NET VDD_BAT
}
AGAINST :
{
DEFAULT :
}
LAYER 0
CLEARANCE_RULE :
{
TRACK_TO_TRACK 0.1
VIA_TO_TRACK 0.1
VIA_TO_VIA 0.1
PAD_TO_TRACK 0.1
PAD_TO_VIA 0.1
PAD_TO_PAD 0.1
SMD_TO_TRACK 0.1
SMD_TO_VIA 0.1
SMD_TO_PAD 0.1
SMD_TO_SMD 0.1
COPPER_TO_TRACK 0.1
COPPER_TO_VIA 0.1
COPPER_TO_PAD 0.1
COPPER_TO_SMD 0.1
COPPER_TO_COPPER 0.1
TEXT_TO_TRACK 0.1
TEXT_TO_VIA 0.1
TEXT_TO_PAD 0.1
TEXT_TO_SMD 0.1
OUTLINE_TO_TRACK 0.15
OUTLINE_TO_VIA 0.15
OUTLINE_TO_PAD 0.15
OUTLINE_TO_SMD 0.15
OUTLINE_TO_COPPER 0.15
DRILL_TO_TRACK 0.1
DRILL_TO_VIA 0.1
DRILL_TO_PAD 0.1
DRILL_TO_SMD 0.1
DRILL_TO_COPPER 0.1
SAME_NET_SMD_TO_VIA 0.1
SAME_NET_SMD_TO_CRN 0.1
SAME_NET_VIA_TO_VIA 0.1
SAME_NET_PAD_TO_CRN 0.1
MIN_TRACK_WIDTH 0.1
REC_TRACK_WIDTH 0.2
MAX_TRACK_WIDTH 1
DRILL_TO_DRILL 0.1
BODY_TO_BODY 0.1
SAME_NET_TRACK_TO_CRN 0.1
}
}
RULE_SET (5)
{
FOR :
{
NET ANT
NET $$$16529
NET $$$3606
}
AGAINST :
{
DEFAULT :
}
LAYER 0
CLEARANCE_RULE :
{
TRACK_TO_TRACK 0.1
VIA_TO_TRACK 0.1
VIA_TO_VIA 0.1
PAD_TO_TRACK 0.1
PAD_TO_VIA 0.1
PAD_TO_PAD 0.1
SMD_TO_TRACK 0.1
SMD_TO_VIA 0.1
SMD_TO_PAD 0.1
SMD_TO_SMD 0.1
COPPER_TO_TRACK 0.1
COPPER_TO_VIA 0.1
COPPER_TO_PAD 0.1
COPPER_TO_SMD 0.1
COPPER_TO_COPPER 0.1
TEXT_TO_TRACK 0.1
TEXT_TO_VIA 0.1
TEXT_TO_PAD 0.1
TEXT_TO_SMD 0.1
OUTLINE_TO_TRACK 0.2
OUTLINE_TO_VIA 0.2
OUTLINE_TO_PAD 0.2
OUTLINE_TO_SMD 0.2
OUTLINE_TO_COPPER 0.2
DRILL_TO_TRACK 0.1
DRILL_TO_VIA 0.1
DRILL_TO_PAD 0.1
DRILL_TO_SMD 0.1
DRILL_TO_COPPER 0.1
SAME_NET_SMD_TO_VIA 0.1
SAME_NET_SMD_TO_CRN 0.1
SAME_NET_VIA_TO_VIA 0.1
SAME_NET_PAD_TO_CRN 0.1
MIN_TRACK_WIDTH 0.1
REC_TRACK_WIDTH 0.3
MAX_TRACK_WIDTH 1
DRILL_TO_DRILL 0.1
BODY_TO_BODY 0.1
SAME_NET_TRACK_TO_CRN 0.1
}
}
RULE_SET (6)
{
FOR :
{
NET +3.3V_M
}
AGAINST :
{
DEFAULT :
}
LAYER 0
CLEARANCE_RULE :
{
TRACK_TO_TRACK 0.1
VIA_TO_TRACK 0.1
VIA_TO_VIA 0.1
PAD_TO_TRACK 0.1
PAD_TO_VIA 0.1
PAD_TO_PAD 0.1
SMD_TO_TRACK 0.1
SMD_TO_VIA 0.1
SMD_TO_PAD 0.1
SMD_TO_SMD 0.1
COPPER_TO_TRACK 0.1
COPPER_TO_VIA 0.1
COPPER_TO_PAD 0.1
COPPER_TO_SMD 0.1
COPPER_TO_COPPER 0.1
TEXT_TO_TRACK 0.1
TEXT_TO_VIA 0.1
TEXT_TO_PAD 0.1
TEXT_TO_SMD 0.1
OUTLINE_TO_TRACK 0.2
OUTLINE_TO_VIA 0.2
OUTLINE_TO_PAD 0.2
OUTLINE_TO_SMD 0.2
OUTLINE_TO_COPPER 0.2
DRILL_TO_TRACK 0.1
DRILL_TO_VIA 0.1
DRILL_TO_PAD 0.1
DRILL_TO_SMD 0.1
DRILL_TO_COPPER 0.1
SAME_NET_SMD_TO_VIA 0.1
SAME_NET_SMD_TO_CRN 0.1
SAME_NET_VIA_TO_VIA 0.1
SAME_NET_PAD_TO_CRN 0.1
MIN_TRACK_WIDTH 0.1
REC_TRACK_WIDTH 0.3
MAX_TRACK_WIDTH 1
DRILL_TO_DRILL 0.1
BODY_TO_BODY 0.1
SAME_NET_TRACK_TO_CRN 0.1
}
}
RULE_SET (7)
{
FOR :
{
NET GND
}
AGAINST :
{
DEFAULT :
}
LAYER 0
CLEARANCE_RULE :
{
TRACK_TO_TRACK 0.1
VIA_TO_TRACK 0.1
VIA_TO_VIA 0.1
PAD_TO_TRACK 0.1
PAD_TO_VIA 0.1
PAD_TO_PAD 0.1
SMD_TO_TRACK 0.1
SMD_TO_VIA 0.1
SMD_TO_PAD 0.1
SMD_TO_SMD 0.1
COPPER_TO_TRACK 0.1
COPPER_TO_VIA 0.1
COPPER_TO_PAD 0.1
COPPER_TO_SMD 0.1
COPPER_TO_COPPER 0.1
TEXT_TO_TRACK 0.1
TEXT_TO_VIA 0.1
TEXT_TO_PAD 0.1
TEXT_TO_SMD 0.1
OUTLINE_TO_TRACK 0.2
OUTLINE_TO_VIA 0.2
OUTLINE_TO_PAD 0.2
OUTLINE_TO_SMD 0.2
OUTLINE_TO_COPPER 0.2
DRILL_TO_TRACK 0.1
DRILL_TO_VIA 0.1
DRILL_TO_PAD 0.1
DRILL_TO_SMD 0.1
DRILL_TO_COPPER 0.1
SAME_NET_SMD_TO_VIA 0.1
SAME_NET_SMD_TO_CRN 0.1
SAME_NET_VIA_TO_VIA 0.1
SAME_NET_PAD_TO_CRN 0.1
MIN_TRACK_WIDTH 0.1
REC_TRACK_WIDTH 0.2
MAX_TRACK_WIDTH 1
DRILL_TO_DRILL 0.1
BODY_TO_BODY 0.1
SAME_NET_TRACK_TO_CRN 0.1
}
}
RULE_SET (8)
{
FOR :
{
NET ADC_BAT
NET VDD_BAT
NET $$$14940
}
AGAINST :
{
DEFAULT :
}
LAYER 0
CLEARANCE_RULE :
{
TRACK_TO_TRACK 0.1
VIA_TO_TRACK 0.1
VIA_TO_VIA 0.1
PAD_TO_TRACK 0.1
PAD_TO_VIA 0.1
PAD_TO_PAD 0.1
SMD_TO_TRACK 0.1
SMD_TO_VIA 0.1
SMD_TO_PAD 0.1
SMD_TO_SMD 0.1
COPPER_TO_TRACK 0.1
COPPER_TO_VIA 0.1
COPPER_TO_PAD 0.1
COPPER_TO_SMD 0.1
COPPER_TO_COPPER 0.1
TEXT_TO_TRACK 0.1
TEXT_TO_VIA 0.1
TEXT_TO_PAD 0.1
TEXT_TO_SMD 0.1
OUTLINE_TO_TRACK 0.2
OUTLINE_TO_VIA 0.2
OUTLINE_TO_PAD 0.2
OUTLINE_TO_SMD 0.2
OUTLINE_TO_COPPER 0.2
DRILL_TO_TRACK 0.1
DRILL_TO_VIA 0.1
DRILL_TO_PAD 0.1
DRILL_TO_SMD 0.1
DRILL_TO_COPPER 0.1
SAME_NET_SMD_TO_VIA 0.1
SAME_NET_SMD_TO_CRN 0.1
SAME_NET_VIA_TO_VIA 0.1
SAME_NET_PAD_TO_CRN 0.1
MIN_TRACK_WIDTH 0.1
REC_TRACK_WIDTH 0.5
MAX_TRACK_WIDTH 1
DRILL_TO_DRILL 0.1
BODY_TO_BODY 0.1
SAME_NET_TRACK_TO_CRN 0.1
}
}
RULE_SET (9)
{
FOR :
{
NET $$$6537
NET $$$6539
NET $$$25431
NET $$$25958
NET $$$26274
NET $$$27542
}
AGAINST :
{
DEFAULT :
}
LAYER 0
CLEARANCE_RULE :
{
TRACK_TO_TRACK 0.1
VIA_TO_TRACK 0.1
VIA_TO_VIA 0.1
PAD_TO_TRACK 0.1
PAD_TO_VIA 0.1
PAD_TO_PAD 0.1
SMD_TO_TRACK 0.1
SMD_TO_VIA 0.1
SMD_TO_PAD 0.1
SMD_TO_SMD 0.1
COPPER_TO_TRACK 0.1
COPPER_TO_VIA 0.1
COPPER_TO_PAD 0.1
COPPER_TO_SMD 0.1
COPPER_TO_COPPER 0.1
TEXT_TO_TRACK 0.1
TEXT_TO_VIA 0.1
TEXT_TO_PAD 0.1
TEXT_TO_SMD 0.1
OUTLINE_TO_TRACK 0.2
OUTLINE_TO_VIA 0.2
OUTLINE_TO_PAD 0.2
OUTLINE_TO_SMD 0.2
OUTLINE_TO_COPPER 0.2
DRILL_TO_TRACK 0.1
DRILL_TO_VIA 0.1
DRILL_TO_PAD 0.1
DRILL_TO_SMD 0.1
DRILL_TO_COPPER 0.1
SAME_NET_SMD_TO_VIA 0.1
SAME_NET_SMD_TO_CRN 0.1
SAME_NET_VIA_TO_VIA 0.1
SAME_NET_PAD_TO_CRN 0.1
MIN_TRACK_WIDTH 0.1
REC_TRACK_WIDTH 0.2
MAX_TRACK_WIDTH 1
DRILL_TO_DRILL 0.1
BODY_TO_BODY 0.1
SAME_NET_TRACK_TO_CRN 0.1
}
}
RULE_SET (10)
{
FOR :
{
NET VBUS
NET $$$12824
NET \SPI_CS_FLASH
}
AGAINST :
{
DEFAULT :
}
LAYER 0
CLEARANCE_RULE :
{
TRACK_TO_TRACK 0.1
VIA_TO_TRACK 0.1
VIA_TO_VIA 0.1
PAD_TO_TRACK 0.1
PAD_TO_VIA 0.1
PAD_TO_PAD 0.1
SMD_TO_TRACK 0.1
SMD_TO_VIA 0.1
SMD_TO_PAD 0.1
SMD_TO_SMD 0.1
COPPER_TO_TRACK 0.1
COPPER_TO_VIA 0.1
COPPER_TO_PAD 0.1
COPPER_TO_SMD 0.1
COPPER_TO_COPPER 0.1
TEXT_TO_TRACK 0.1
TEXT_TO_VIA 0.1
TEXT_TO_PAD 0.1
TEXT_TO_SMD 0.1
OUTLINE_TO_TRACK 0.2
OUTLINE_TO_VIA 0.2
OUTLINE_TO_PAD 0.2
OUTLINE_TO_SMD 0.2
OUTLINE_TO_COPPER 0.2
DRILL_TO_TRACK 0.1
DRILL_TO_VIA 0.1
DRILL_TO_PAD 0.1
DRILL_TO_SMD 0.1
DRILL_TO_COPPER 0.1
SAME_NET_SMD_TO_VIA 0.1
SAME_NET_SMD_TO_CRN 0.1
SAME_NET_VIA_TO_VIA 0.1
SAME_NET_PAD_TO_CRN 0.1
MIN_TRACK_WIDTH 0.1
REC_TRACK_WIDTH 0.5
MAX_TRACK_WIDTH 1
DRILL_TO_DRILL 0.1
BODY_TO_BODY 0.1
SAME_NET_TRACK_TO_CRN 0.1
}
}
RULE_SET (11)
{
FOR :
{
NET $$$85
NET $$$1313
NET $$$1329
NET $$$24450
}
AGAINST :
{
DEFAULT :
}
LAYER 0
CLEARANCE_RULE :
{
TRACK_TO_TRACK 0.1
VIA_TO_TRACK 0.1
VIA_TO_VIA 0.1
PAD_TO_TRACK 0.1
PAD_TO_VIA 0.1
PAD_TO_PAD 0.1
SMD_TO_TRACK 0.1
SMD_TO_VIA 0.1
SMD_TO_PAD 0.1
SMD_TO_SMD 0.1
COPPER_TO_TRACK 0.1
COPPER_TO_VIA 0.1
COPPER_TO_PAD 0.1
COPPER_TO_SMD 0.1
COPPER_TO_COPPER 0.1
TEXT_TO_TRACK 0.1
TEXT_TO_VIA 0.1
TEXT_TO_PAD 0.1
TEXT_TO_SMD 0.1
OUTLINE_TO_TRACK 0.2
OUTLINE_TO_VIA 0.2
OUTLINE_TO_PAD 0.2
OUTLINE_TO_SMD 0.2
OUTLINE_TO_COPPER 0.2
DRILL_TO_TRACK 0.1
DRILL_TO_VIA 0.1
DRILL_TO_PAD 0.1
DRILL_TO_SMD 0.1
DRILL_TO_COPPER 0.1
SAME_NET_SMD_TO_VIA 0.1
SAME_NET_SMD_TO_CRN 0.1
SAME_NET_VIA_TO_VIA 0.1
SAME_NET_PAD_TO_CRN 0.1
MIN_TRACK_WIDTH 0.1
REC_TRACK_WIDTH 0.3
MAX_TRACK_WIDTH 1
DRILL_TO_DRILL 0.1
BODY_TO_BODY 0.1
SAME_NET_TRACK_TO_CRN 0.1
}
}
RULE_SET (12)
{
FOR :
{
NET VDD_MAIN
}
AGAINST :
{
DEFAULT :
}
LAYER 0
CLEARANCE_RULE :
{
TRACK_TO_TRACK 0.1
VIA_TO_TRACK 0.1
VIA_TO_VIA 0.1
PAD_TO_TRACK 0.1
PAD_TO_VIA 0.1
PAD_TO_PAD 0.1
SMD_TO_TRACK 0.1
SMD_TO_VIA 0.1
SMD_TO_PAD 0.1
SMD_TO_SMD 0.1
COPPER_TO_TRACK 0.1
COPPER_TO_VIA 0.1
COPPER_TO_PAD 0.1
COPPER_TO_SMD 0.1
COPPER_TO_COPPER 0.1
TEXT_TO_TRACK 0.1
TEXT_TO_VIA 0.1
TEXT_TO_PAD 0.1
TEXT_TO_SMD 0.1
OUTLINE_TO_TRACK 0.2
OUTLINE_TO_VIA 0.2
OUTLINE_TO_PAD 0.2
OUTLINE_TO_SMD 0.2
OUTLINE_TO_COPPER 0.2
DRILL_TO_TRACK 0.1
DRILL_TO_VIA 0.1
DRILL_TO_PAD 0.1
DRILL_TO_SMD 0.1
DRILL_TO_COPPER 0.1
SAME_NET_SMD_TO_VIA 0.1
SAME_NET_SMD_TO_CRN 0.1
SAME_NET_VIA_TO_VIA 0.1
SAME_NET_PAD_TO_CRN 0.1
MIN_TRACK_WIDTH 0.1
REC_TRACK_WIDTH 0.3
MAX_TRACK_WIDTH 1
DRILL_TO_DRILL 0.1
BODY_TO_BODY 0.1
SAME_NET_TRACK_TO_CRN 0.1
}
}
RULE_SET (14)
{
FOR :
{
NET ADC_AGC
}
AGAINST :
{
DEFAULT :
}
LAYER 0
CLEARANCE_RULE :
{
TRACK_TO_TRACK 0.1
VIA_TO_TRACK 0.1
VIA_TO_VIA 0.1
PAD_TO_TRACK 0.1
PAD_TO_VIA 0.1
PAD_TO_PAD 0.1
SMD_TO_TRACK 0.1
SMD_TO_VIA 0.1
SMD_TO_PAD 0.1
SMD_TO_SMD 0.1
COPPER_TO_TRACK 0.1
COPPER_TO_VIA 0.1
COPPER_TO_PAD 0.1
COPPER_TO_SMD 0.1
COPPER_TO_COPPER 0.1
TEXT_TO_TRACK 0.1
TEXT_TO_VIA 0.1
TEXT_TO_PAD 0.1
TEXT_TO_SMD 0.1
OUTLINE_TO_TRACK 0.2
OUTLINE_TO_VIA 0.2
OUTLINE_TO_PAD 0.2
OUTLINE_TO_SMD 0.2
OUTLINE_TO_COPPER 0.2
DRILL_TO_TRACK 0.1
DRILL_TO_VIA 0.1
DRILL_TO_PAD 0.1
DRILL_TO_SMD 0.1
DRILL_TO_COPPER 0.1
SAME_NET_SMD_TO_VIA 0.1
SAME_NET_SMD_TO_CRN 0.1
SAME_NET_VIA_TO_VIA 0.1
SAME_NET_PAD_TO_CRN 0.1
MIN_TRACK_WIDTH 0.1
REC_TRACK_WIDTH 0.3
MAX_TRACK_WIDTH 1
DRILL_TO_DRILL 0.1
BODY_TO_BODY 0.1
SAME_NET_TRACK_TO_CRN 0.1
}
}
RULE_SET (15)
{
FOR :
{
NET ADC_RDATA_N
NET ADC_RDATA_P
}
AGAINST :
{
DEFAULT :
}
LAYER 0
CLEARANCE_RULE :
{
TRACK_TO_TRACK 0.1
VIA_TO_TRACK 0.1
VIA_TO_VIA 0.1
PAD_TO_TRACK 0.1
PAD_TO_VIA 0.1
PAD_TO_PAD 0.1
SMD_TO_TRACK 0.1
SMD_TO_VIA 0.1
SMD_TO_PAD 0.1
SMD_TO_SMD 0.1
COPPER_TO_TRACK 0.1
COPPER_TO_VIA 0.1
COPPER_TO_PAD 0.1
COPPER_TO_SMD 0.1
COPPER_TO_COPPER 0.1
TEXT_TO_TRACK 0.1
TEXT_TO_VIA 0.1
TEXT_TO_PAD 0.1
TEXT_TO_SMD 0.1
OUTLINE_TO_TRACK 0.2
OUTLINE_TO_VIA 0.2
OUTLINE_TO_PAD 0.2
OUTLINE_TO_SMD 0.2
OUTLINE_TO_COPPER 0.2
DRILL_TO_TRACK 0.1
DRILL_TO_VIA 0.1
DRILL_TO_PAD 0.1
DRILL_TO_SMD 0.1
DRILL_TO_COPPER 0.1
SAME_NET_SMD_TO_VIA 0.1
SAME_NET_SMD_TO_CRN 0.1
SAME_NET_VIA_TO_VIA 0.1
SAME_NET_PAD_TO_CRN 0.1
MIN_TRACK_WIDTH 0.1
REC_TRACK_WIDTH 0.3
MAX_TRACK_WIDTH 1
DRILL_TO_DRILL 0.1
BODY_TO_BODY 0.1
SAME_NET_TRACK_TO_CRN 0.1
}
}
}
}
*MISC* MISCELLANEOUS PARAMETERS
ATTRIBUTE VALUES
{
PART R31
{
"Value" 10k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART C17
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 12pF_1005
"Tolerance"
"Voltage Rating"
}
PART U2
{
"Manufacturer_Name" Texas Instruments
"Value" OPA2836IDGSR
"Mouser Part Number" 595-OPA2836IDGSR
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Texas-Instruments/OPA2836IDGSR?qs=RqytGdBYyUGqgkd64C%252BPLQ%3D%3D
"Arrow Part Number" OPA2836IDGSR
"Arrow Price/Stock" https://www.arrow.com/en/products/opa2836idgsr/texas-instruments?utm_currency=USD&region=europe
"Description" Dual, Very Low Power, Rail to Rail out, Negative Rail in, VFB Op Amp
"Datasheet Link" http://www.ti.com/lit/gpn/opa2836
"Geometry.Height" 1.1mm
}
PART C18
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005
"Tolerance"
"Voltage Rating"
}
PART J2
{
"Description" Battery Connector
"Manufacturer #1" MOLEX
"Value" 2026560021
}
PART R23
{
"Value" 2k_1005_5%
"Manufacturer #1" ANY VENDOR
"Part Number"
"Description" SMT RESISTOR 1005, 1/16W
"Tolerance"
}
PART R8
{
"Value" 10k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART U9
{
"Manufacturer_Name" Taoglas
"Value" RECE.20279.001E.01
"Mouser Part Number" 960-RECE20279001E01
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Taoglas/RECE.20279.001E.01?qs=MyNHzdoqoQIdppWb9vcEBA%3D%3D
"Arrow Part Number" RECE.20279.001E.01
"Arrow Price/Stock" https://www.arrow.com/en/products/rece.20279.001e.01/taoglas?utm_currency=USD&region=nac
"Description" IPEX MHF Receptacle
"Datasheet Link" https://datasheet.datasheetarchive.com/originals/distributors/Datasheets-DGA15/760324.pdf
}
PART R11
{
"Value" 0_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART C2
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005
}
PART C30
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 4.7uF_1608_25V
"Tolerance"
"Voltage Rating"
}
PART C4
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005
}
PART R25
{
"Value" 4.7k_1005
"Manufacturer #1" ANY VENDOR
"Part Number"
"Description" SMT RESISTOR 1005, 1/16W
"Tolerance"
}
PART J4
{
"MF" ATTEND_Technology
"MAXIMUM_PACKAGE_HEIGHT" 5.46_mm
"Package" None
"Price" None
"Check_prices" https://www.snapeda.com/parts/217B-CA04/Attend/view-part/?ref=eda
"STANDARD" Manufacturer_Recommendations
"PARTREV" 1
"SnapEDA_Link" https://www.snapeda.com/parts/217B-CA04/Attend/view-part/?ref=snap
"Value" 217B-CA04
"Description" ______________________________________________________USB-C_(USB_TYPE-C)_Receptacle_Connector_24_(16+8_Dummy)_Position_Surface_Mount,_Right_Angle______________________________________________
"Availability" In_Stock
"MANUFACTURER" Attend
"PKG_TYPE" ATTEND_217B-CA04
}
PART J1
{
"Value" NC
}
PART C19
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 1uF_1005
"Tolerance"
"Voltage Rating"
}
PART C16
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 12pF_1005
"Tolerance"
"Voltage Rating"
}
PART C23
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 1nF_1005
"Tolerance"
"Voltage Rating"
}
PART R28
{
"Value" 806k_1005
"Manufacturer #1" ANY VENDOR
"Part Number"
"Description" SMT RESISTOR 1005, 1/16W
"Tolerance"
}
PART R42
{
"Value" 10k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART R6
{
"Value" 10k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART R12
{
"Value" 48.7_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART U5
{
"Description" High Performance 500 mA LDO
"Manufacturer #1" MICROCHIP
"Value" MIC5528-3.3YMT
}
PART C21
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 12pF_1005
"Tolerance"
"Voltage Rating"
}
PART C22
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 12pF_1005
"Tolerance"
"Voltage Rating"
}
PART C31
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005
"Tolerance"
"Voltage Rating"
}
PART R14
{
"Value" 0_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART LED3
{
"Description" LED GREEN/1608
"Value" FC-DA1608UGK-520D10
"Manufacturer #1" ANY VENDOR
}
PART C32
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 4.7uF_1608_25V
"Tolerance"
"Voltage Rating"
}
PART C20
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005
"Tolerance"
"Voltage Rating"
}
PART R16
{
"Value" 0_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART R18
{
"Value" 0_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART U20
{
"Manufacturer_Name" Nexperia
"Value" PESD5V0F1BLD,315
"Mouser Part Number" 771-PESD5V0F1BLD315
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Nexperia/PESD5V0F1BLD315?qs=1sbE9T7hb3b3MsEvtkPidA%3D%3D
"Arrow Part Number" PESD5V0F1BLD,315
"Arrow Price/Stock" https://www.arrow.com/en/products/pesd5v0f1bld315/nexperia?region=nac
"Description" PESD5V0F1BLD - Femtofarad bidirectional ESD protection diode
"Datasheet Link" https://assets.nexperia.com/documents/data-sheet/PESD5V0F1BLD.pdf
"Geometry.Height" 0.4mm
}
PART C15
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 47nF_1005
"Tolerance"
"Voltage Rating"
}
PART C24
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 820pF_1005
"Tolerance"
"Voltage Rating"
}
PART C5
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 10uF_1608
"Tolerance"
"Voltage Rating"
}
PART C7
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 10uF_1608_25V
"Tolerance"
"Voltage Rating"
}
PART C10
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 4.7uF_1608
"Tolerance"
"Voltage Rating"
}
PART C14
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 1uF_1005
"Tolerance"
"Voltage Rating"
}
PART C12
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005
}
PART C13
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 4.7uF_1608_25V
"Tolerance"
"Voltage Rating"
}
PART C37
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 4.7uF_1608_25V
"Tolerance"
"Voltage Rating"
}
PART C38
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 4.7uF_1608_25V
"Tolerance"
"Voltage Rating"
}
PART U23
{
"Manufacturer_Name" Analog Devices
"Value" ADL5513ACPZ-R7
"Mouser Part Number" 584-ADL5513ACPZ-R7
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Analog-Devices/ADL5513ACPZ-R7?qs=BpaRKvA4VqGe6%2FPlUcoEpw%3D%3D
"Arrow Part Number" ADL5513ACPZ-R7
"Arrow Price/Stock" https://www.arrow.com/en/products/adl5513acpz-r7/analog-devices?utm_currency=USD&region=nac
"Description" ANALOG DEVICES - ADL5513ACPZ-R7 - DETECTOR, 1MHZ - 4GHZ, 80DB, LFCSP-16
"Datasheet Link" https://www.analog.com/media/en/technical-documentation/data-sheets/ADL5513.pdf
"Geometry.Height" 0.8mm
}
PART C61
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 47nF_1005
}
PART R19
{
"Value" 1k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART R29
{
"Value" 2M_1005
"Manufacturer #1" ANY VENDOR
"Part Number"
"Description" SMT RESISTOR 1005, 1/16W
"Tolerance"
}
PART C64
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 100pF_1005
}
PART C67
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 47nF_1005
}
PART R20
{
"Value" 0_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART C72
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 100pF_1005
"Tolerance"
"Voltage Rating"
}
PART C29
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 4.7uF_1608_25V
"Tolerance"
"Voltage Rating"
}
PART L4
{
"Manufacturer #1" TAIYO YUDEN
"Value" 10uH_1608
"Description" RF INDUCTOR
"Part Number" LBMF1608T100K
}
PART L3
{
"Manufacturer #1" TAIYO YUDEN
"Value" 15nH_1005
"Description" RF INDUCTOR
"Part Number" HK100515NJ-T
}
PART Y1
{
"Cost"
"Description" CRYSTAL FC-12M 32.768KHZ 20PPM,12.5PF
"Manufacturer #1" SEIKO EPSON
"Value" FC-12M 32.7680KA-A0
"Geometry.Height" 1.27000mm
}
PART R26
{
"Value" NC
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART R27
{
"Value" 10k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART Y2
{
"Value" FA-128 32.0000MF10Z-AJ0
"Manufacturer #1" SEIKO EPSON
"Cost"
"Description" CRYSTAL 2016 32MHz, 8PF(6PF), 10PPM
}
PART R35
{
"Value" 100k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART C51
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005
}
PART L1
{
"Manufacturer #1" MURATA
"Description" CHIP FERRITE BEAD 120R/2A/1608
"Value" BLM18PG330SH1D
}
PART C42
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 4.7uF_1608_25V
"Tolerance"
"Voltage Rating"
}
PART C36
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005
"Tolerance"
"Voltage Rating"
}
PART R24
{
"Value" 4.7k_1005
"Manufacturer #1" ANY VENDOR
"Part Number"
"Description" SMT RESISTOR 1005, 1/16W
"Tolerance"
}
PART C43
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 10uF_1608_25V
"Tolerance"
"Voltage Rating"
}
PART C39
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 4.7uF_1608_25V
"Tolerance"
"Voltage Rating"
}
PART C28
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" NC
"Tolerance"
"Voltage Rating"
}
PART C27
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" NC
"Tolerance"
}
PART R36
{
"Value" 1k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART C26
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 0.5pF_1005
"Tolerance"
"Voltage Rating"
}
PART C25
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 0.8pF_1005
"Tolerance"
"Voltage Rating"
}
PART R39
{
"Value" 1k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART C40
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 100pF_1005
}
PART C41
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 47pF_1005
}
PART C44
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 10uF_1608_25V
"Tolerance"
"Voltage Rating"
}
PART C45
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 10uF_1608_25V
"Tolerance"
"Voltage Rating"
}
PART C46
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 10uF_1608_25V
"Tolerance"
"Voltage Rating"
}
PART C47
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 10uF_1608
"Tolerance"
"Voltage Rating"
}
PART C48
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 1uF_1005_50V
}
PART C49
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 1uF_1005_50V
}
PART U16
{
"Manufacturer_Name" Winbond
"Value" W25Q32RVXHJQ TR
"Mouser Part Number" 454-W25Q32RVXHJQTR
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Winbond/W25Q32RVXHJQ-TR?qs=mELouGlnn3dFwM4lg8JCig%3D%3D
"Arrow Part Number" W25Q32RVXHJQ TR
"Arrow Price/Stock" https://www.arrow.com/en/products/w25q32rvxhjq-tr/winbond-electronics?utm_currency=USD&region=nac
"Description" NOR Flash spiFlash, 3V, 32M-bit, 4Kb Uniform Sector
"Datasheet Link" https://www.winbond.com/hq/product/code-storage-flash-memory/serial-nor-flash/?__locale=ja&partNo=W25Q32RV
"Geometry.Height" 0.4mm
}
PART C50
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 10uF_1608_25V
"Tolerance"
"Voltage Rating"
}
PART C103
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 100pF_1005
}
PART R83
{
"Value" 1k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART C52
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 4.7uF_1608
"Tolerance"
"Voltage Rating"
}
PART R30
{
"Value" 48.7_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART C34
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005
"Tolerance"
"Voltage Rating"
}
PART R40
{
"Value" 48.7_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART L5
{
"Manufacturer #1" MURATA
"Value" 4.7nH_1005
"Description" RF INDUCTOR
"Part Number" LQP15MN3N9B02D
}
PART U6
{
"MF" Murata
"MAXIMUM_PACKAGE_HEIGHT" 0.95mm
"Package" 1608_Taiyo_Yuden
"Price" None
"Check_prices" https://www.snapeda.com/parts/PRG18BC1R0MM1RB/Murata/view-part/?ref=eda
"STANDARD" IPC-7351B
"PARTREV" N/A
"SnapEDA_Link" https://www.snapeda.com/parts/PRG18BC1R0MM1RB/Murata/view-part/?ref=snap
"Value" PRG18BC1R0MM1RB
"Description" ______________________________________________________Ceramic_PTC_Resettable_Fuse_6V_330_mA_Ih_Surface_Mount_0603_(1608_Metric)______________________________________________
"Availability" In_Stock
"MANUFACTURER" Murata
"PKG_TYPE" THRMC1608X95N
}
PART U7
{
"MF" Murata
"MAXIMUM_PACKAGE_HEIGHT" 0.95mm
"Package" 1608_Taiyo_Yuden
"Price" None
"Check_prices" https://www.snapeda.com/parts/PRG18BC1R0MM1RB/Murata/view-part/?ref=eda
"STANDARD" IPC-7351B
"PARTREV" N/A
"SnapEDA_Link" https://www.snapeda.com/parts/PRG18BC1R0MM1RB/Murata/view-part/?ref=snap
"Value" PRG18BC1R0MM1RB
"Description" ______________________________________________________Ceramic_PTC_Resettable_Fuse_6V_330_mA_Ih_Surface_Mount_0603_(1608_Metric)______________________________________________
"Availability" In_Stock
"MANUFACTURER" Murata
"PKG_TYPE" THRMC1608X95N
}
PART L6
{
"Manufacturer #1" MURATA
"Description" CHIP FERRITE BEAD 120R/2A/1608
"Value" BLM18PG330SH1D
}
PART SW2
{
"Value" NW3-A03-05
"Manufacturer #1" MADE IN CHINA
"Description" TACTILE SWITCH
}
PART C53
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005
"Tolerance"
"Voltage Rating"
}
PART R17
{
"Value" 10k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART R41
{
"Value" 10k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART C54
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005
}
PART C55
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005
}
PART C56
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 10uF_1608
"Tolerance"
"Voltage Rating"
}
PART R43
{
"Value" 2k_1005
"Manufacturer #1" ANY VENDOR
"Part Number"
"Description" SMT RESISTOR 1005, 1/16W
"Tolerance"
}
PART LED4
{
"Description" LED ORANGE/1608
"Value" FC-DA1608HOK-600H
"Manufacturer #1" ANY VENDOR
}
PART U4
{
"Manufacturer #1" NEXPERIA
"Value" PMFPB8032XP
"Description" 20V, 3.7A P-channel MOSFET-Schottky
}
PART P1
{
"MANUFACTURER" Panasonic
"PKG_TYPE" PANASONIC_AXT510124
}
PART R15
{
"Value" 10k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART U10
{
"Description" 6-Axis MotionTracking IMU
"Manufacturer #1" TDK_INVENSENSE
"Value" ICM-42670-P
}
PART U27
{
"Manufacturer_Name" Microchip
"Value" MD1822K6-G
"Mouser Part Number" 689-MD1822K6-G
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Microchip-Technology/MD1822K6-G?qs=SPVxp5Gxk7pFYhy0Y%2FNrig%3D%3D
"Arrow Part Number" MD1822K6-G
"Arrow Price/Stock" https://www.arrow.com/en/products/md1822k6-g/microchip-technology?region=nac
"Description" MICROCHIP - MD1822K6-G - MOSFET Driver, High Side and Low Side, 5V to 10V Supply, 2A Out, 6.5ns Delay, QFN-16
"Datasheet Link" https://ms.componentsearchengine.com/Datasheets/2/MD1822K6-G.pdf
"Geometry.Height" 1mm
}
PART C35
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005
"Tolerance"
"Voltage Rating"
}
PART C8
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 2.2uF_1608
"Tolerance"
"Voltage Rating"
}
PART C9
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005
}
PART JP1
{
"Value" NC
}
PART R65
{
"Value" 10k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART D3
{
"Description" DUAL SWITCHING DIODE
"Cost"
"Value" DAP222WM
"Manufacturer #1" ROHM KOREA.
}
PART D4
{
"Description" Medium Power AF Schottky Diode
"Manufacturer #1" INFINEON
"Value" BAS3005B-02V
}
PART U1
{
"Description" ESD protection diode
"Manufacturer #1" NEXPERIA
"Value" PRTR5V0U2X
}
PART R34
{
"Value" 10k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART U22
{
"Description" High-Accuracy Analog Temperature Sensors
"Manufacturer #1" TI
"Value" TMP235AEDBZTQ1
}
PART L2
{
"Manufacturer #1" MURATA
"Description" CHIP FERRITE BEAD 120R/2A/1608
"Value" BLM18PG330SH1D
}
PART R21
{
"Value" 10k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART R22
{
"Value" 100_1005
"Manufacturer #1" ANY VENDOR
"Part Number"
"Description" SMT RESISTOR 1005, 1/16W
"Tolerance"
}
PART U8
{
"Description" Single Inverter Gate
"Manufacturer #1" TI
"Value" SN74LVC1G04DRY2
}
PART R33
{
"Value" 10k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART R32
{
"Value" 10k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART R37
{
"Value" 5.1K_1005
"Manufacturer #1" ANY VENDOR
"Part Number"
"Description" SMT RESISTOR 1005, 1/16W
"Tolerance"
}
PART R4
{
"Value" 10k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART U30
{
"Manufacturer_Name" Microchip
"Value" TC7920K6-G
"Mouser Part Number" 689-TC7920K6-G
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Microchip-Technology/TC7920K6-G?qs=SPVxp5Gxk7rlZ7Pl2YwJVQ%3D%3D
"Arrow Part Number" TC7920K6-G
"Arrow Price/Stock" https://www.arrow.com/en/products/tc7920k6-g/microchip-technology
"Description" MOSFET 2PR N- & PCH ENHANCE MD MSFET w/DRAIN-DI
"Datasheet Link" https://4donline.ihs.com/images/VipMasterIC/IC/MCHP/MCHP-S-A0019419833/MCHP-S-A0019419833-1.pdf?hkey=EF798316E3902B6ED9A73243A3159BB0
"Geometry.Height" 1mm
}
PART R38
{
"Value" 5.1K_1005
"Manufacturer #1" ANY VENDOR
"Part Number"
"Description" SMT RESISTOR 1005, 1/16W
"Tolerance"
}
PART C62
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 10nF_1005_50V
}
PART C65
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005
"Tolerance"
"Voltage Rating"
}
PART C70
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 10nF_1005_50V
}
PART C74
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 10nF_1005_50V
}
PART U26
{
"Copyright" Copyright (C) 2025 Ultra Librarian. All rights reserved.
"Manufacturer_Name" Nordic Semiconductor
"Value" NRF52840-QIAA-F-R
}
PART U3
{
"Description" Advanced Stand-Alone Li-Ion/Li-Polymer Battery Charger
"Manufacturer #1" MICROCHIP
"Value" MCP73838-FCI/UN
}
PART C73
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" NC
"Tolerance"
"Voltage Rating"
}
PART C11
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 2.2uF_1608
"Tolerance"
"Voltage Rating"
}
PART C75
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 10nF_1005_50V
}
PART U31
{
"Manufacturer_Name" Analog Devices
"Value" MAX14778ETP+
"Mouser Part Number" 700-MAX14778ETP+
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Analog-Devices-Maxim-Integrated/MAX14778ETP%2b?qs=4Rc5iGDDRGhnkuxvUsFiYQ%3D%3D
"Arrow Part Number" MAX14778ETP+
"Arrow Price/Stock" https://www.arrow.com/en/products/max14778etp/analog-devices?utm_currency=USD&region=nac
"Description" Maxim MAX14778ETP+, Multiplexer Dual 4:1 20Mbit/s, 3 5.5 V, 20-Pin TQFN
"Datasheet Link" https://datasheets.maximintegrated.com/en/ds/MAX14778.pdf
"Geometry.Height" 0.8mm
}
PART C76
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005_50V
}
PART C77
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005_50V
}
PART R58
{
"Value" 0_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART C33
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 2.2uF_1608
"Tolerance"
"Voltage Rating"
}
PART R73
{
"Value" 10k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART R63
{
"Value" 10k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART U34
{
"Value" MD0100N8-G
}
PART C80
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 1uF_1005_50V
}
PART C81
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 1uF_1005_50V
}
PART C82
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005_50V
}
PART C83
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005_50V
}
PART C84
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005_50V
}
PART L10
{
"Manufacturer #1" MURATA
"Description" CHIP FERRITE BEAD 120R/2A/1608
"Value" BLM18PG330SH1D
}
PART L11
{
"Manufacturer #1" MURATA
"Description" CHIP FERRITE BEAD 120R/2A/1608
"Value" BLM18PG330SH1D
}
PART L12
{
"Manufacturer #1" MURATA
"Description" CHIP FERRITE BEAD 120R/2A/1608
"Value" BLM18PG330SH1D
}
PART L14
{
"Manufacturer #1" MURATA
"Description" CHIP FERRITE BEAD 120R/2A/1608
"Value" BLM18PG330SH1D
}
PART C1
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 4.7uF_1608_25V
"Tolerance"
"Voltage Rating"
}
PART U32
{
"MF" Analog_Devices
"VENDOR" Linear_Technology
"Description" ______________________________________________________Boost,_Charge_Pump_Switching_Regulator_IC_Positive_and_Negative_(Dual_Rail)_Adjustable_±1.25V_2_Output_180mA_(Switch),_320mA_(Switch)_10-WFDFN_Exposed_Pad______________________________________________
"Package" DFN-10_Linear_Technology
"Price" None
"Check_prices" https://www.snapeda.com/parts/LT3463EDD%23PBF/Analog+Devices/view-part/?ref=eda
"SnapEDA_Link" https://www.snapeda.com/parts/LT3463EDD%23PBF/Analog+Devices/view-part/?ref=snap
"Value" LT3463EDD#PBF
"Availability" In_Stock
"MANUFACTURER_PART_NUMBER" lt3463edd
"PKG_TYPE" DFN-10_DD
}
PART C3
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 4.7uF_1608_25V
"Tolerance"
"Voltage Rating"
}
PART C6
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 4.7uF_1608_25V
"Tolerance"
"Voltage Rating"
}
PART R7
{
"Value" 4.7k_1005
"Manufacturer #1" ANY VENDOR
"Part Number"
"Description" SMT RESISTOR 1005, 1/16W
"Tolerance"
}
PART L13
{
"Manufacturer #1" MURATA
"Description" CHIP FERRITE BEAD 120R/2A/1608
"Value" 10uH_1608
}
PART R10
{
"Value" NC
"Manufacturer #1" ANY VENDOR
"Part Number"
"Description" SMT RESISTOR 1005, 1/16W
"Tolerance"
}
PART R9
{
"Value" 1.54k_1005
"Manufacturer #1" ANY VENDOR
"Part Number"
"Description" SMT RESISTOR 1005, 1/16W
"Tolerance"
}
PART R5
{
"Value" 1k_1005
"Manufacturer #1" ANY VENDOR
"Part Number"
"Description" SMT RESISTOR 1005, 1/16W
"Tolerance"
}
PART L15
{
"Manufacturer #1" MURATA
"Description" CHIP FERRITE BEAD 120R/2A/1608
"Value" 10uH_1608
}
PART TH1
{
"Manufacturer #1" KYOCERA AVX
"Value" NB21K00103KBB
"Description" THERMISTOR NTC, 10K/1608
}
PART R13
{
"Value" 69.8k_1005
"Manufacturer #1" ANY VENDOR
"Part Number"
"Description" SMT RESISTOR 1005, 1/16W
"Tolerance"
}
PART C85
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005
}
PART C86
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005_50V
}
PART D1
{
"MAXIMUM_PACKAGE_HEIGHT" 1.15mm
"Value" B0540WS
}
PART R66
{
"Value" 61.9k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART R67
{
"Value" 1M_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART C87
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" NC
}
PART R68
{
"Value" 240k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART R69
{
"Value" 240k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART R70
{
"Value" 1M_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART R71
{
"Value" 66.5k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART C88
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 470nF_1005_50V
}
PART C89
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 470nF_1005_50V
}
PART C79
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 1uF_1005
}
PART L16
{
"Manufacturer #1" MURATA
"Description" CHIP FERRITE BEAD 120R/2A/1608
"Value" BLM18PG330SH1D
}
PART U33
{
"Manufacturer_Name" Microchip
"Value" MCP1804T-A002I/OT
"Mouser Part Number" 579-MCP1804T-A002IOT
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Microchip-Technology/MCP1804T-A002I-OT?qs=X8nz4ozed5igIlf9%252BFEUbg%3D%3D
"Arrow Part Number" MCP1804T-A002I/OT
"Arrow Price/Stock" https://www.arrow.com/en/products/mcp1804t-a002iot/microchip-technology?region=nac
"Description" LDO, 150mA max, Vin 28V max, Vout =10.0V
"Datasheet Link" http://ww1.microchip.com/downloads/en/DeviceDoc/20002200D.pdf
"Geometry.Height" 1.45mm
}
PART C90
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 1uF_1005_50V
}
PART C91
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 1uF_1005_50V
}
PART C98
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005
}
PART R1
{
"Value" 1k_1005
"Manufacturer #1" ANY VENDOR
"Part Number"
"Description" SMT RESISTOR 1005, 1/16W
"Tolerance"
}
PART R2
{
"Value" 1k_1005
"Manufacturer #1" ANY VENDOR
"Part Number"
"Description" SMT RESISTOR 1005, 1/16W
"Tolerance"
}
PART LED1
{
"Description" LED ORANGE/1608
"Value" FC-DA1608HOK-600H
"Manufacturer #1" ANY VENDOR
}
PART LED2
{
"Description" LED BLUE/1608
"Value" LS-SP192DNB74-D
"Manufacturer #1" ANY VENDOR
}
PART L17
{
"Manufacturer #1" MURATA
"Description" CHIP FERRITE BEAD 120R/2A/1608
"Value" BLM18PG330SH1D
}
PART R3
{
"Value" 10k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART R74
{
"Value" 100k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART C110
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 10nF_1005
}
PART R77
{
"Value" 1k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART C119
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 10nF_1005
"Tolerance"
"Voltage Rating"
}
PART R79
{
"Value" 10k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART R80
{
"Value" 100k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART U37
{
"Manufacturer_Name" Texas Instruments
"Value" ADC121S051CIMF/NOPB
"Mouser Part Number" 926-AD121S051CIMFNPB
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Texas-Instruments/ADC121S051CIMF-NOPB?qs=7X5t%252BdzoRHDM6gt6xt2J%252Bw%3D%3D
"Arrow Part Number" ADC121S051CIMF/NOPB
"Arrow Price/Stock" https://www.arrow.com/en/products/adc121s051cimfnopb/texas-instruments?region=nac
"Description" Single Channel, 200 to 500 ksps, 12-Bit A/D Converter
"Datasheet Link" http://www.ti.com/lit/ds/symlink/adc121s051.pdf
"Geometry.Height" 1.45mm
}
PART C78
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005
}
PART C93
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005
}
PART C95
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005
}
PART L19
{
"Manufacturer #1" MURATA
"Description" CHIP FERRITE BEAD 120R/2A/1608
"Value" BLM18PG330SH1D
}
PART U38
{
"Manufacturer_Name" Texas Instruments
"Value" LM27762DSSR
"Mouser Part Number" 595-LM27762DSSR
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Texas-Instruments/LM27762DSSR?qs=vcbl%252BK4rRlfEJcC9xQ80sA%3D%3D
"Arrow Part Number" LM27762DSSR
"Arrow Price/Stock" https://www.arrow.com/en/products/lm27762dssr/texas-instruments?utm_currency=USD&region=nac
"Description" LDO Voltage Regulators Low-Noise Positive- and Negative-Output Integrated Switched Capacitor Plus LDO 12-WSON -40 to 85
"Datasheet Link" https://www.ti.com/lit/ds/symlink/lm27762.pdf
"Geometry.Height" 0.8mm
}
PART U42
{
"Description" High Performance 500 mA LDO
"Manufacturer #1" MICROCHIP
"Value" MIC5528-3.3YMT
}
PART C96
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 1uF_1005
}
PART R64
{
"Value" 10k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART R72
{
"Value" 13k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART R76
{
"Value" 10k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART R78
{
"Value" 13k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART R81
{
"Value" 10k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART L20
{
"Manufacturer #1" MURATA
"Description" CHIP FERRITE BEAD 120R/2A/1608
"Value" BLM18PG330SH1D
}
PART R82
{
"Value" 1k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART L22
{
"Manufacturer #1" MURATA
"Description" CHIP FERRITE BEAD 120R/2A/1608
"Value" BLM18PG330SH1D
}
PART L23
{
"Manufacturer #1" MURATA
"Description" CHIP FERRITE BEAD 120R/2A/1608
"Value" BLM18PG330SH1D
}
PART C102
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005
}
PART U41
{
"Description" High Performance 500 mA LDO
"Manufacturer #1" MICROCHIP
"Value" MIC5528-3.3YMT
}
PART C104
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 2.2uF_1608
"Tolerance"
"Voltage Rating"
}
PART L32
{
"Manufacturer #1" MURATA
"Description" CHIP FERRITE BEAD 120R/2A/1608
"Value" BLM18PG330SH1D
}
PART R61
{
"Value" 100_1005
"Manufacturer #1" ANY VENDOR
"Part Number"
"Description" SMT RESISTOR 1005, 1/16W
"Tolerance"
}
PART C121
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005
"Tolerance"
"Voltage Rating"
}
PART R84
{
"Value" 1k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART C105
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 47pF_1005
}
PART R87
{
"Value" 1.54k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART C106
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 100pF_1005
}
PART R90
{
"Value" 10k_1005
"Manufacturer #1" ANY VENDOR
"Description" SMT RESISTOR 1005, 1/16W
}
PART C109
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005
}
PART C113
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 4.7uF_1608
"Tolerance"
"Voltage Rating"
}
PART L31
{
"Manufacturer #1" MURATA
"Description" CHIP FERRITE BEAD 120R/2A/1608
"Value" BLM18PG330SH1D
}
PART C114
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Manufacturer #1" ANY VENDOR
"Value" 100nF_1005
}
PART C115
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 2.2uF_1608
"Tolerance"
"Voltage Rating"
}
PART C116
{
"Description" SURFACE MOUNT CAPACITOR 1005
"Part Number"
"Manufacturer #1" ANY VENDOR
"Value" 10uF_1608
"Tolerance"
"Voltage Rating"
}
}
*END* OF ASCII OUTPUT FILE
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