ShiboSoftwareDev/msp-exp430fr2355
This code defines React components representing various surface-mount and through-hole electronic components—such as resonators, microcontrollers, crystals, connectors, and push buttons—with detailed physical footprints, 3D models, and pin configurations for PCB design.
- Version
- 1.0.0
- License
- unset
- Stars
- 0
index.circuit.tsx
PCB
Schematic
import { CSTCR4M00G53_R0 } from "./imports/CSTCR4M00G53_R0"
import { MicroXNJ } from "./imports/MicroXNJ"
import { MSP430F5528IRGCR } from "./imports/MSP430F5528IRGCR"
import { MSP430FR2355TPTR } from "./imports/MSP430FR2355TPTR"
import { SC_32S32_768kHz20PPM12_5pF } from "./imports/SC_32S32_768kHz20PPM12_5pF"
import { TS342A2P_WZ } from "./imports/TS342A2P_WZ"
import { USBLC6_2SC6 } from "./imports/USBLC6_2SC6"
// TI's reference is two sheets: the USB/eZ-FET host and the target/headers.
// These coordinates only control schematic presentation.
const onSheet = <const T extends Record<string, unknown>>(
schSheetName: string,
placement: T,
) => ({ schSheetName, ...placement })
const SCH = {
J_USB: onSheet("DEBUG", { schX: -11, schY: 6 }),
U_ESD: onSheet("DEBUG", { schX: -8, schY: 6, schRotation: 180 }),
R_USB_DM: onSheet("DEBUG", { schX: -5, schY: 5.4, schOrientation: "horizontal" }),
R_USB_DP: onSheet("DEBUG", { schX: -5, schY: 6.6, schOrientation: "horizontal" }),
R_USB_PUR: onSheet("DEBUG", { schX: -2, schY: 4, schOrientation: "horizontal" }),
R_DBG_VBUS_LINK: onSheet("DEBUG", { schX: -2, schY: 8, schOrientation: "horizontal" }),
R_SHIELD: onSheet("DEBUG", { schX: -10, schY: 2.5, schOrientation: "vertical" }),
C_SHIELD: onSheet("DEBUG", { schX: -7, schY: 2.5, schOrientation: "vertical" }),
U_LDO: onSheet("DEBUG", { schX: -8, schY: -3 }),
C_LDO_IN: onSheet("DEBUG", { schX: -11, schY: -5, schOrientation: "vertical" }),
C_LDO_OUT: onSheet("DEBUG", { schX: -4, schY: -5, schOrientation: "vertical" }),
R_LDO_EN: onSheet("DEBUG", { schX: -11, schY: -2, schOrientation: "horizontal" }),
R_LED_PWR: onSheet("DEBUG", { schX: -1, schY: -5, schOrientation: "vertical" }),
LED_PWR: onSheet("DEBUG", { schX: -1, schY: -7, schOrientation: "vertical" }),
U_DBG: onSheet("DEBUG", { schX: 3, schY: 1 }),
Y_DBG: onSheet("DEBUG", { schX: -2, schY: 1, schOrientation: "right" }),
C_DBG_VCORE: onSheet("DEBUG", { schX: 10, schY: 8, schOrientation: "vertical" }),
C_DBG_VUSB: onSheet("DEBUG", { schX: 0, schY: -4, schOrientation: "vertical" }),
C_DBG_V18: onSheet("DEBUG", { schX: 2, schY: -4, schOrientation: "vertical" }),
C_DBG_AVCC: onSheet("DEBUG", { schX: 4, schY: -6, schOrientation: "vertical" }),
C_DBG_DVCC1: onSheet("DEBUG", { schX: 6, schY: -6, schOrientation: "vertical" }),
C_DBG_DVCC2: onSheet("DEBUG", { schX: 8, schY: -6, schOrientation: "vertical" }),
C_DBG_BULK: onSheet("DEBUG", { schX: 10, schY: -6, schOrientation: "vertical" }),
R_DBG_RST: onSheet("DEBUG", { schX: 8, schY: 9, schOrientation: "horizontal" }),
C_DBG_RST: onSheet("DEBUG", { schX: 11, schY: 9, schOrientation: "vertical" }),
R_DBG_RED: onSheet("DEBUG", { schX: -5, schY: -9, schOrientation: "horizontal" }),
LED_DBG_RED: onSheet("DEBUG", { schX: -8, schY: -9, schOrientation: "horizontal" }),
R_DBG_GREEN: onSheet("DEBUG", { schX: 1, schY: -9, schOrientation: "horizontal" }),
LED_DBG_GREEN: onSheet("DEBUG", { schX: -2, schY: -9, schOrientation: "horizontal" }),
J_DBG_PROG: onSheet("DEBUG", { schX: 3, schY: 9, schRotation: 180 }),
J_ISO_SBW_TST: onSheet("DEBUG", { schX: 10, schY: 4 }),
J_ISO_SBW_RST: onSheet("DEBUG", { schX: 10, schY: 2.6 }),
J_ISO_UART_RX: onSheet("DEBUG", { schX: 10, schY: 1.2 }),
J_ISO_UART_TX: onSheet("DEBUG", { schX: 10, schY: -0.2 }),
J_ISO_3V3: onSheet("DEBUG", { schX: 10, schY: -1.6 }),
J_ISO_5V: onSheet("DEBUG", { schX: 10, schY: -3 }),
J_ISO_GND: onSheet("DEBUG", { schX: 10, schY: -4.4 }),
U_TARGET: onSheet("TARGET", { schX: 0, schY: 2 }),
C_TARGET_DEC: onSheet("TARGET", { schX: -7, schY: 8, schOrientation: "vertical" }),
C_TARGET_BULK: onSheet("TARGET", { schX: -5, schY: 8, schOrientation: "vertical" }),
R_TARGET_RST: onSheet("TARGET", { schX: 8, schY: 8, schOrientation: "horizontal" }),
C_TARGET_RST: onSheet("TARGET", { schX: 11, schY: 7, schOrientation: "vertical" }),
Y_TARGET: onSheet("TARGET", { schX: 8, schY: 3, schOrientation: "horizontal" }),
R_XIN: onSheet("TARGET", { schX: 5, schY: 3.8, schOrientation: "horizontal" }),
R_XOUT: onSheet("TARGET", { schX: 5, schY: 2.2, schOrientation: "horizontal" }),
C_XIN: onSheet("TARGET", { schX: 7, schY: 0, schOrientation: "vertical" }),
C_XOUT: onSheet("TARGET", { schX: 10, schY: 0, schOrientation: "vertical" }),
J_SENS_POS: onSheet("TARGET", { schX: -10, schY: 3 }),
J_SENS_NEG: onSheet("TARGET", { schX: -10, schY: 1 }),
J_SENS_OUT: onSheet("TARGET", { schX: -10, schY: -1 }),
D_PHOTO: onSheet("TARGET", { schX: -7, schY: 1, schOrientation: "vertical" }),
R_PHOTO: onSheet("TARGET", { schX: -5, schY: -1, schOrientation: "horizontal" }),
C_PHOTO: onSheet("TARGET", { schX: -5, schY: -3, schOrientation: "horizontal" }),
SW_RESET: onSheet("TARGET", { schX: 7, schY: -4, schOrientation: "down" }),
SW1: onSheet("TARGET", { schX: 9, schY: -4, schOrientation: "down" }),
SW2: onSheet("TARGET", { schX: 11, schY: -4, schOrientation: "down" }),
J1: onSheet("TARGET", { schX: -11, schY: 8 }),
J2: onSheet("TARGET", { schX: 9.5, schY: 8 }),
J3: onSheet("TARGET", { schX: -11, schY: -5 }),
J4: onSheet("TARGET", { schX: 9.5, schY: -5 }),
J_GROVE: onSheet("TARGET", { schX: -8, schY: -7 }),
R_LED1_EN: onSheet("TARGET", { schX: -2, schY: -7, schOrientation: "horizontal" }),
R_LED1: onSheet("TARGET", { schX: 1, schY: -7, schOrientation: "horizontal" }),
LED1: onSheet("TARGET", { schX: 4, schY: -7, schOrientation: "horizontal" }),
R_LED2_EN: onSheet("TARGET", { schX: -2, schY: -9, schOrientation: "horizontal" }),
R_LED2: onSheet("TARGET", { schX: 1, schY: -9, schOrientation: "horizontal" }),
LED2: onSheet("TARGET", { schX: 4, schY: -9, schOrientation: "horizontal" }),
J_EXT_3V3: onSheet("TARGET", { schX: -8, schY: -9 }),
J_EXT_5V: onSheet("TARGET", { schX: -6, schY: -9 }),
TP_5V: onSheet("TARGET", { schX: 6, schY: -9 }),
TP_3V3: onSheet("TARGET", { schX: 8, schY: -9 }),
TP_GND: onSheet("TARGET", { schX: 10, schY: -9 }),
TP_RST: onSheet("TARGET", { schX: 12, schY: -9 }),
} as const
const Ldo3V3 = (props: any) => (
<chip
{...props}
manufacturerPartNumber="TLV70033DDCR"
supplierPartNumbers={{ jlcpcb: ["C11337"] }}
footprint="sot23_5"
pinLabels={{
pin1: "IN",
pin2: "GND",
pin3: "EN",
pin4: "NC",
pin5: "OUT",
}}
pinAttributes={{
IN: { requiresPower: true },
GND: { requiresGround: true },
EN: { mustBeConnected: true },
OUT: { providesPower: true },
}}
/>
)
const TwoPinHeaderJumper = ({
name,
pcbX,
pcbY = 6.5,
schX,
schY,
schSheetName,
}: {
name: string
pcbX: number
pcbY?: number
schX: number
schY: number
schSheetName: string
}) => (
<jumper
name={name}
manufacturerPartNumber="2.54mm removable shunt jumper"
footprint={
<footprint>
<platedhole shape="circle" portHints={["pin1"]} pcbX="0mm" pcbY="1.27mm" holeDiameter="0.9mm" outerDiameter="1.7mm" />
<platedhole shape="circle" portHints={["pin2"]} pcbX="0mm" pcbY="-1.27mm" holeDiameter="0.9mm" outerDiameter="1.7mm" />
<silkscreenrect width="2mm" height="3.4mm" />
</footprint>
}
pinLabels={{ pin1: "HOST", pin2: "TARGET" }}
schPinArrangement={{ leftSide: ["HOST"], rightSide: ["TARGET"] }}
schX={schX}
schY={schY}
schSheetName={schSheetName}
pcbX={pcbX}
pcbY={pcbY}
/>
)
export default () => (
<board
title="MSP-EXP430FR2355 LaunchPad - tscircuit edition"
width="54mm"
height="86mm"
layers={4}
borderRadius="2mm"
minTraceWidth="0.15mm"
minViaHoleDiameter="0.3mm"
minViaPadDiameter="0.45mm"
pcbStyle={{ viaHoleDiameter: "0.3mm", viaPadDiameter: "0.45mm" }}
>
<schematicsheet name="DEBUG" displayName="USB, Power, and eZ-FET Debug Probe" sheetIndex={0}>
<schematictext text="USB Interface, Power Supply, and eZ-FET Host" schX={-11} schY={10} fontSize={0.7} anchor="left" />
<schematictext text="Seven removable links isolate SBW, UART, and power from the target." schX={5} schY={6} fontSize={0.35} anchor="left" />
<schematictext text="This edition uses a conventional 3.3 V LDO; EnergyTrace current profiling is not implemented." schX={-11} schY={-10} fontSize={0.35} anchor="left" color="#555555" />
</schematicsheet>
<schematicsheet name="TARGET" displayName="MSP430FR2355, 40-pin Headers, and Sensors" sheetIndex={1}>
<schematictext text="MSP430FR2355 Target and 40-pin LaunchPad Interface" schX={-11} schY={10} fontSize={0.7} anchor="left" />
<schematictext text="Ambient-light SAC front end, Grove connector, buttons, LEDs, clocks, and external power" schX={-11} schY={-10} fontSize={0.35} anchor="left" />
</schematicsheet>
{/* Mechanical outline and identification */}
<hole name="H_MOUNT_1" diameter="3.2mm" pcbX={-23} pcbY={38} />
<hole name="H_MOUNT_2" diameter="3.2mm" pcbX={23} pcbY={38} />
<hole name="H_MOUNT_3" diameter="3.2mm" pcbX={-19.5} pcbY={-40} />
<hole name="H_MOUNT_4" diameter="3.2mm" pcbX={19.5} pcbY={-40} />
<fiducial name="FID1" padDiameter="1mm" soldermaskPullback="1mm" pcbX={-20} pcbY={34} />
<fiducial name="FID2" padDiameter="1mm" soldermaskPullback="1mm" pcbX={20} pcbY={-34} />
<silkscreentext
text="MSP-EXP430FR2355"
fontSize="1.2mm"
pcbX={0}
pcbY={-40.5}
/>
<silkscreentext text="eZ-FET / USB" fontSize="1mm" pcbX={0} pcbY={10.5} />
<silkscreentext text="TARGET" fontSize="1mm" pcbX={0} pcbY={1.8} />
{/* USB input and protected USB 2.0 data path */}
<MicroXNJ name="J_USB" {...SCH.J_USB} pcbX={0} pcbY={39.2} pcbRotation={90} noConnect={["ID"]} />
<USBLC6_2SC6
name="U_ESD"
{...SCH.U_ESD}
pcbX={0}
pcbY={32.5}
pcbRotation={90}
pinAttributes={{
VBUS: { requiresPower: true },
GND: { requiresGround: true },
}}
/>
<resistor name="R_USB_DM" {...SCH.R_USB_DM} resistance="27ohm" footprint="0402" pcbX={-7} pcbY={21.75} />
<resistor name="R_USB_DP" {...SCH.R_USB_DP} resistance="27ohm" footprint="0402" pcbX={-7} pcbY={22.75} />
<resistor name="R_USB_PUR" {...SCH.R_USB_PUR} resistance="1.4kohm" footprint="0402" layer="bottom" pcbX={-11} pcbY={23.5} />
<resistor name="R_DBG_VBUS_LINK" {...SCH.R_DBG_VBUS_LINK} resistance="0ohm" footprint="0402" layer="bottom" pcbX={-8} pcbY={18} />
<resistor name="R_SHIELD" {...SCH.R_SHIELD} resistance="1Mohm" footprint="0603" pcbX={7.2} pcbY={36.7} />
<capacitor name="C_SHIELD" {...SCH.C_SHIELD} capacitance="1nF" footprint="0603" pcbX={7.2} pcbY={34.7} />
{/* Conventional 3.3 V regulator replacing the EnergyTrace switcher */}
<Ldo3V3 name="U_LDO" {...SCH.U_LDO} pcbX={-14.5} pcbY={32} pcbRotation={180} />
<capacitor name="C_LDO_IN" {...SCH.C_LDO_IN} capacitance="1uF" footprint="0603" pcbX={-18.5} pcbY={32} />
<capacitor name="C_LDO_OUT" {...SCH.C_LDO_OUT} capacitance="1uF" footprint="0603" pcbX={-10.5} pcbY={32} />
<resistor name="R_LDO_EN" {...SCH.R_LDO_EN} resistance="10kohm" footprint="0402" pcbX={-10.5} pcbY={35} />
<led name="LED_PWR" {...SCH.LED_PWR} color="green" footprint="0603" pcbX={-17} pcbY={27.5} />
<resistor name="R_LED_PWR" {...SCH.R_LED_PWR} resistance="1kohm" footprint="0603" pcbX={-13.5} pcbY={27.5} />
{/* MSP430F5528 eZ-FET Lite host controller */}
<MSP430F5528IRGCR
name="U_DBG"
{...SCH.U_DBG}
schWidth="5.5mm"
schHeight="8mm"
pcbX={0}
pcbY={19.5}
pcbRotation={0}
pinAttributes={{
AVCC1: { requiresPower: true },
AVSS1: { requiresGround: true },
DVCC1: { requiresPower: true },
DVSS1: { requiresGround: true },
DVCC2: { requiresPower: true },
DVSS2: { requiresGround: true },
AVSS2: { requiresGround: true },
VSSU: { requiresGround: true },
GND_EP: { requiresGround: true },
VBUS: { requiresPower: true },
}}
/>
<CSTCR4M00G53_R0
name="Y_DBG"
{...SCH.Y_DBG}
pcbX={-10}
pcbY={19.5}
pcbRotation={90}
pinAttributes={{ GND: { requiresGround: true } }}
/>
<capacitor name="C_DBG_VCORE" {...SCH.C_DBG_VCORE} capacitance="470nF" maxDecouplingTraceLength="10mm" footprint="0402" layer="bottom" pcbX={5.7} pcbY={16.26} pcbRotation={270} />
<capacitor name="C_DBG_VUSB" {...SCH.C_DBG_VUSB} capacitance="220nF" maxDecouplingTraceLength="10mm" footprint="0402" layer="bottom" pcbX={-5.2} pcbY={21.6} pcbRotation={270} />
<capacitor name="C_DBG_V18" {...SCH.C_DBG_V18} capacitance="220nF" maxDecouplingTraceLength="20mm" footprint="0402" layer="bottom" pcbX={-5.2} pcbY={19.4} pcbRotation={90} />
<capacitor name="C_DBG_AVCC" {...SCH.C_DBG_AVCC} capacitance="100nF" footprint="0402" pcbX={0} pcbY={13.2} />
<capacitor name="C_DBG_DVCC1" {...SCH.C_DBG_DVCC1} capacitance="100nF" footprint="0402" pcbX={2.2} pcbY={13.2} />
<capacitor name="C_DBG_DVCC2" {...SCH.C_DBG_DVCC2} capacitance="100nF" footprint="0402" pcbX={4.4} pcbY={13.2} />
<capacitor name="C_DBG_BULK" {...SCH.C_DBG_BULK} capacitance="10uF" footprint="0805" pcbX={-4} pcbY={12.4} />
<resistor name="R_DBG_RST" {...SCH.R_DBG_RST} resistance="47kohm" footprint="0402" pcbX={-7.5} pcbY={14} />
<capacitor name="C_DBG_RST" {...SCH.C_DBG_RST} capacitance="1nF" footprint="0402" pcbX={-9.5} pcbY={14} />
<led name="LED_DBG_RED" {...SCH.LED_DBG_RED} color="red" footprint="0603" pcbX={8.5} pcbY={29} />
<resistor name="R_DBG_RED" {...SCH.R_DBG_RED} resistance="470ohm" footprint="0603" pcbX={12.5} pcbY={29} />
<led name="LED_DBG_GREEN" {...SCH.LED_DBG_GREEN} color="green" footprint="0603" pcbX={8.5} pcbY={26} />
<resistor name="R_DBG_GREEN" {...SCH.R_DBG_GREEN} resistance="390ohm" footprint="0603" pcbX={12.5} pcbY={25.5} />
<pinheader
name="J_DBG_PROG"
{...SCH.J_DBG_PROG}
pinCount={7}
gender="male"
pitch="2.54mm"
footprint="pinrow7_p2.54mm"
pinLabels={["TEST", "TDO", "TDI", "TMS", "TCK", "RST", "GND"]}
showSilkscreenPinLabels={true}
pcbX={-21.5}
pcbY={20}
pcbRotation={270}
/>
{/* Seven removable isolation links, arranged as the LaunchPad 2x7 block */}
<TwoPinHeaderJumper name="J_ISO_SBW_TST" pcbX={-10.5} {...SCH.J_ISO_SBW_TST} />
<TwoPinHeaderJumper name="J_ISO_SBW_RST" pcbX={-7} {...SCH.J_ISO_SBW_RST} />
<TwoPinHeaderJumper name="J_ISO_UART_RX" pcbX={-3.5} {...SCH.J_ISO_UART_RX} />
<TwoPinHeaderJumper name="J_ISO_UART_TX" pcbX={0} {...SCH.J_ISO_UART_TX} />
<TwoPinHeaderJumper name="J_ISO_3V3" pcbX={3.5} {...SCH.J_ISO_3V3} />
<TwoPinHeaderJumper name="J_ISO_5V" pcbX={7} {...SCH.J_ISO_5V} />
<TwoPinHeaderJumper name="J_ISO_GND" pcbX={10.5} {...SCH.J_ISO_GND} />
<silkscreentext text="TST RST RX TX 3V3 5V GND" fontSize="0.65mm" pcbX={0} pcbY={9.3} />
{/* MSP430FR2355 target section */}
<MSP430FR2355TPTR
name="U_TARGET"
{...SCH.U_TARGET}
schWidth="7mm"
schHeight="13mm"
schPinArrangement={{
leftSide: [6, 1, 2, 3, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48],
rightSide: [4, 5, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 7],
}}
pcbX={0}
pcbY={-18}
pcbRotation={0}
pinAttributes={{
DVCC: { requiresPower: true },
DVSS: { requiresGround: true },
}}
/>
{/* The checker propagates this limit across the merged rail, so use a rail-level
allowance here and verify the local capacitor-to-MCU geometry separately. */}
<capacitor name="C_TARGET_DEC" {...SCH.C_TARGET_DEC} capacitance="100nF" maxDecouplingTraceLength="25mm" footprint="0402" pcbX={0} pcbY={-24.5} />
<capacitor name="C_TARGET_BULK" {...SCH.C_TARGET_BULK} capacitance="10uF" maxDecouplingTraceLength="25mm" footprint="0805" pcbX={0} pcbY={-26.5} />
<resistor name="R_TARGET_RST" {...SCH.R_TARGET_RST} resistance="47kohm" footprint="0402" pcbX={-7} pcbY={-12} />
<capacitor name="C_TARGET_RST" {...SCH.C_TARGET_RST} capacitance="1nF" footprint="0402" pcbX={-9} pcbY={-12} />
<TS342A2P_WZ name="SW_RESET" {...SCH.SW_RESET} pcbX={-15} pcbY={1} />
<TS342A2P_WZ name="SW1" {...SCH.SW1} pcbX={-14} pcbY={-7} />
<TS342A2P_WZ name="SW2" {...SCH.SW2} pcbX={-7} pcbY={-7} />
<SC_32S32_768kHz20PPM12_5pF name="Y_TARGET" {...SCH.Y_TARGET} pcbX={-13} pcbY={-18} pcbRotation={90} />
<resistor name="R_XIN" {...SCH.R_XIN} resistance="0ohm" footprint="0402" pcbX={-9} pcbY={-16.5} />
<resistor name="R_XOUT" {...SCH.R_XOUT} resistance="0ohm" footprint="0402" pcbX={-9} pcbY={-19.5} />
<capacitor name="C_XIN" {...SCH.C_XIN} capacitance="12pF" footprint="0402" pcbX={-12.5} pcbY={-14.5} />
<capacitor name="C_XOUT" {...SCH.C_XOUT} capacitance="12pF" footprint="0402" pcbX={-15.5} pcbY={-20} />
{/* TI reference optical-sensor interface and its three removable links */}
<TwoPinHeaderJumper name="J_SENS_POS" pcbX={12} pcbY={-11} {...SCH.J_SENS_POS} />
<TwoPinHeaderJumper name="J_SENS_NEG" pcbX={15.5} pcbY={-11} {...SCH.J_SENS_NEG} />
<TwoPinHeaderJumper name="J_SENS_OUT" pcbX={19} pcbY={-11} {...SCH.J_SENS_OUT} />
<diode name="D_PHOTO" {...SCH.D_PHOTO} manufacturerPartNumber="TEMD6200FX01" footprint="0603" pcbX={13} pcbY={-15} />
<resistor name="R_PHOTO" {...SCH.R_PHOTO} resistance="4.7Mohm" footprint="0603" pcbX={17} pcbY={-16.5} />
<capacitor name="C_PHOTO" {...SCH.C_PHOTO} capacitance="1pF" footprint="0402" pcbX={20} pcbY={-16.5} />
<resistor name="R_LED1_EN" {...SCH.R_LED1_EN} resistance="0ohm" footprint="0603" pcbX={-5} pcbY={-30} />
<resistor name="R_LED1" {...SCH.R_LED1} resistance="470ohm" footprint="0603" pcbX={-1} pcbY={-30} />
<led name="LED1" {...SCH.LED1} color="red" footprint="0603" pcbX={3} pcbY={-30} />
<resistor name="R_LED2_EN" {...SCH.R_LED2_EN} resistance="0ohm" footprint="0603" pcbX={7} pcbY={-30} />
<resistor name="R_LED2" {...SCH.R_LED2} resistance="390ohm" footprint="0603" pcbX={11} pcbY={-30} />
<led name="LED2" {...SCH.LED2} color="green" footprint="0603" pcbX={15} pcbY={-30} />
{/* TI 40-pin LaunchPad / BoosterPack-compatible headers */}
<pinheader
name="J1"
{...SCH.J1}
pinCount={10}
gender="female"
pitch="2.54mm"
footprint="pinrow10_p2.54mm"
pinLabels={["V3_3", "P1_5", "P1_6_UART_RX", "P1_7_UART_TX", "P3_6", "P5_2", "P4_5_SPI_CLK", "P3_4", "P1_3", "P1_2"]}
schPinArrangement={{ leftSide: [1, 2, 3, 4, 5, 6, 7, 8, 9, 10] }}
showSilkscreenPinLabels={true}
pcbX={-23}
pcbY={-4}
pcbRotation={90}
/>
<pinheader
name="J2"
{...SCH.J2}
pinCount={10}
gender="female"
pitch="2.54mm"
footprint="pinrow10_p2.54mm"
pinLabels={["GND", "P2_0", "P2_2", "P4_0", "RST", "P4_6_SPI_MOSI", "P4_7_SPI_MISO", "P4_4", "P2_5", "P3_0"]}
schPinArrangement={{ rightSide: [1, 2, 3, 4, 5, 6, 7, 8, 9, 10] }}
showSilkscreenPinLabels={true}
pcbX={23}
pcbY={-4}
pcbRotation={90}
/>
<pinheader
name="J3"
{...SCH.J3}
pinCount={10}
gender="female"
pitch="2.54mm"
footprint="pinrow10_p2.54mm"
pinLabels={["V5", "GND", "P1_4", "P5_3", "P5_1", "P5_0", "P5_4", "P1_1", "P3_5", "P3_1"]}
schPinArrangement={{ leftSide: [1, 2, 3, 4, 5, 6, 7, 8, 9, 10] }}
showSilkscreenPinLabels={true}
pcbX={-23}
pcbY={-30.5}
pcbRotation={90}
/>
<pinheader
name="J4"
{...SCH.J4}
pinCount={10}
gender="female"
pitch="2.54mm"
footprint="pinrow10_p2.54mm"
pinLabels={["P2_1", "P6_0", "P6_1", "P6_2", "P6_3", "P6_4", "P3_7", "P2_4", "P3_3", "P3_2"]}
schPinArrangement={{ rightSide: [1, 2, 3, 4, 5, 6, 7, 8, 9, 10] }}
showSilkscreenPinLabels={true}
pcbX={23}
pcbY={-30.5}
pcbRotation={90}
/>
<pinheader
name="J_GROVE"
{...SCH.J_GROVE}
pinCount={4}
gender="male"
pitch="2mm"
footprint="pinrow4_p2mm"
pinLabels={["P1_1", "P1_4", "V3_3", "GND"]}
showSilkscreenPinLabels={true}
pcbX={-13}
pcbY={-36}
pcbRotation={0}
/>
{/* External power and bring-up test points */}
<pinheader
name="J_EXT_3V3"
{...SCH.J_EXT_3V3}
pinCount={2}
gender="male"
pitch="2.54mm"
footprint="pinrow2_p2.54mm"
pinLabels={["V3_3", "GND"]}
showSilkscreenPinLabels={true}
pcbX={-5}
pcbY={-37}
/>
<pinheader
name="J_EXT_5V"
{...SCH.J_EXT_5V}
pinCount={2}
gender="male"
pitch="2.54mm"
footprint="pinrow2_p2.54mm"
pinLabels={["V5", "GND"]}
showSilkscreenPinLabels={true}
pcbX={2}
pcbY={-37}
/>
<testpoint name="TP_5V" {...SCH.TP_5V} footprintVariant="pad" padShape="circle" padDiameter="1.2mm" pcbX={8} pcbY={-36} />
<testpoint name="TP_3V3" {...SCH.TP_3V3} footprintVariant="pad" padShape="circle" padDiameter="1.2mm" pcbX={11} pcbY={-36} />
<testpoint name="TP_GND" {...SCH.TP_GND} footprintVariant="pad" padShape="circle" padDiameter="1.2mm" pcbX={14} pcbY={-36} />
<testpoint name="TP_RST" {...SCH.TP_RST} footprintVariant="pad" padShape="circle" padDiameter="1.2mm" pcbX={17} pcbY={-36} />
{/* USB and debugger power/data nets */}
<trace from="J_USB.VBUS" to="net.VBUS_USB" thickness="0.3mm" />
<trace from="J_USB.GND" to="net.GND" thickness="0.3mm" />
<trace from="J_USB.SH1" to="net.USB_SHIELD" thickness="0.3mm" />
<trace from="J_USB.SH2" to="net.USB_SHIELD" thickness="0.3mm" />
<trace from="J_USB.SH3" to="net.USB_SHIELD" thickness="0.3mm" />
<trace from="J_USB.SH4" to="net.USB_SHIELD" thickness="0.3mm" />
<trace from="R_SHIELD.pin1" to="net.USB_SHIELD" />
<trace from="R_SHIELD.pin2" to="net.GND" />
<trace from="C_SHIELD.pin1" to="net.USB_SHIELD" />
<trace from="C_SHIELD.pin2" to="net.GND" />
<trace
from="J_USB.D_NEG"
to="U_ESD.DM_CONNECTOR"
pcbPathRelativeTo="J_USB.D_NEG"
pcbPath={[
"J_USB.D_NEG",
{ x: -3.8, y: -0.65 },
{ x: -5.45, y: -2.3 },
{ x: -7.65, y: -2.3 },
"U_ESD.DM_CONNECTOR",
]}
thickness="0.22mm"
/>
<trace
from="J_USB.D_POS"
to="U_ESD.DP_CONNECTOR"
pcbPathRelativeTo="J_USB.D_POS"
pcbPath={[
"J_USB.D_POS",
{ x: -4.6, y: 0 },
"U_ESD.DP_CONNECTOR",
]}
thickness="0.22mm"
/>
<trace
from="U_ESD.DM_MCU"
to="R_USB_DM.pin1"
pcbPathRelativeTo="U_ESD.DM_MCU"
pcbPath={[
"U_ESD.DM_MCU",
{ x: -0.95, y: 1.8 },
{ x: -0.95, y: 1.8, via: true, toLayer: "bottom" },
{ x: -0.95, y: 1.8 },
{ x: -10.75, y: 8.1 },
{ x: -10.75, y: 8.1, via: true, fromLayer: "bottom", toLayer: "top" },
{ x: -10.75, y: 8.1 },
"R_USB_DM.pin1",
]}
thickness="0.22mm"
/>
<trace
from="U_ESD.DP_MCU"
to="R_USB_DP.pin1"
pcbPathRelativeTo="U_ESD.DP_MCU"
pcbPath={[
"U_ESD.DP_MCU",
{ x: 0.95, y: 3 },
{ x: 0.95, y: 3, via: true, toLayer: "bottom" },
{ x: 0.95, y: 3 },
{ x: -9.75, y: 8.1 },
{ x: -9.75, y: 8.1, via: true, fromLayer: "bottom", toLayer: "top" },
{ x: -9.75, y: 8.1 },
"R_USB_DP.pin1",
]}
thickness="0.22mm"
/>
<trace
from="U_ESD.VBUS"
to="U_LDO.IN"
pcbPathRelativeTo="U_ESD.VBUS"
pcbPath={[
"U_ESD.VBUS",
{ x: 0, y: 3.8 },
{ x: 0, y: 3.8, via: true, toLayer: "inner2" },
{ x: 0, y: 3.8 },
{ x: -3.5, y: 3.8 },
{ x: -3.5, y: 14.5 },
{ x: -2.5, y: 14.5 },
{ x: -2.5, y: 14.5, via: true, fromLayer: "inner2", toLayer: "top" },
{ x: -2.5, y: 14.5 },
"U_LDO.IN",
]}
thickness="0.3mm"
/>
<trace from="U_ESD.GND" to="net.GND" />
<trace from="R_USB_DM.pin2" to="U_DBG.USB_DM" thickness="0.22mm" pcbStraightLine />
<trace
from="R_USB_DP.pin2"
to="U_DBG.USB_DP"
pcbPathRelativeTo="R_USB_DP.pin2"
pcbPath={[
"R_USB_DP.pin2",
{ x: 1, y: 0 },
{ x: 1, y: 0, via: true, toLayer: "inner2" },
{ x: 1, y: 0 },
{ x: 1.7, y: 0 },
{ x: 1.7, y: 0, via: true, fromLayer: "inner2", toLayer: "top" },
{ x: 1.7, y: 0 },
"U_DBG.USB_DP",
]}
thickness="0.22mm"
/>
<trace
from="U_DBG.PUR"
to="R_USB_PUR.pin1"
pcbPathRelativeTo="U_DBG.PUR"
pcbPath={[
"U_DBG.PUR",
{ x: -5.2, y: 2.75 },
{ x: -5.2, y: 2.75, via: true, toLayer: "inner1" },
{ x: -5.2, y: 2.75 },
{ x: -6.5, y: 2.75 },
{ x: -6.5, y: 6 },
{ x: -10.49, y: 6 },
{ x: -10.49, y: 3.2 },
{ x: -10.49, y: 3.2, via: true, fromLayer: "inner1", toLayer: "bottom" },
{ x: -10.49, y: 3.2 },
"R_USB_PUR.pin1",
]}
/>
<trace from="R_USB_PUR.pin2" to="net.EZ_3V3" />
<trace
from="U_DBG.VBUS"
to="R_DBG_VBUS_LINK.pin1"
pcbPathRelativeTo="U_DBG.VBUS"
pcbPath={[
"U_DBG.VBUS",
{ x: -6, y: 1.75 },
{ x: -6, y: 1.3 },
{ x: -6, y: 1.3, via: true, toLayer: "bottom" },
{ x: -6, y: 1.3 },
{ x: -6, y: -1.5 },
"R_DBG_VBUS_LINK.pin1",
]}
thickness="0.3mm"
/>
<trace from="R_DBG_VBUS_LINK.pin2" to="net.VBUS_USB" thickness="0.3mm" />
<trace
from="U_DBG.VUSB"
to="C_DBG_VUSB.pin1"
pcbPath={[
"U_DBG.VUSB",
{ x: -5.15, y: 1.25 },
{ x: -5.15, y: 1.25, via: true, toLayer: "bottom" },
{ x: -5.15, y: 1.25 },
"C_DBG_VUSB.pin1",
]}
maxLength="3mm"
/>
<trace from="C_DBG_VUSB.pin2" to="net.GND" />
<trace
from="U_DBG.V18"
to="C_DBG_V18.pin1"
pcbPath={[
"U_DBG.V18",
{ x: -5.15, y: 0.75 },
{ x: -5.15, y: 0.75, via: true, toLayer: "bottom" },
{ x: -5.15, y: 0.75 },
"C_DBG_V18.pin1",
]}
maxLength="3mm"
/>
<trace from="C_DBG_V18.pin2" to="net.GND" />
<trace from="U_LDO.IN" to="net.VBUS_USB" thickness="0.3mm" />
<trace from="U_LDO.EN" to="R_LDO_EN.pin1" />
<trace from="R_LDO_EN.pin2" to="net.VBUS_USB" />
<trace from="U_LDO.GND" to="net.GND" thickness="0.3mm" />
<trace from="U_LDO.OUT" to="net.EZ_3V3" thickness="0.3mm" />
<trace from="C_LDO_IN.pin1" to="net.VBUS_USB" thickness="0.3mm" />
<trace from="C_LDO_IN.pin2" to="net.GND" />
<trace from="C_LDO_OUT.pin1" to="net.EZ_3V3" thickness="0.3mm" />
<trace from="C_LDO_OUT.pin2" to="net.GND" />
<trace from="R_LED_PWR.pin1" to="net.EZ_3V3" />
<trace from="R_LED_PWR.pin2" to="LED_PWR.anode" />
<trace from="LED_PWR.cathode" to="net.GND" />
{/* eZ-FET host MCU support */}
<trace from="U_DBG.AVCC1" to="net.EZ_3V3" thickness="0.3mm" />
<trace from="U_DBG.DVCC1" to="net.EZ_3V3" thickness="0.3mm" />
<trace from="U_DBG.DVCC2" to="net.EZ_3V3" thickness="0.3mm" />
<trace from="U_DBG.AVSS1" to="net.GND" />
<trace from="U_DBG.DVSS1" to="net.GND" />
<trace from="U_DBG.DVSS2" to="net.GND" />
<trace from="U_DBG.AVSS2" to="net.GND" />
<trace from="U_DBG.VSSU" to="net.GND" />
<trace from="U_DBG.GND_EP" to="net.GND" thickness="0.3mm" />
<trace
from="U_DBG.VCORE"
to="C_DBG_VCORE.pin1"
pcbPath={[
"U_DBG.VCORE",
{ x: 5.15, y: -3.75 },
{ x: 5.15, y: -3.75, via: true, toLayer: "bottom" },
{ x: 5.15, y: -3.75 },
"C_DBG_VCORE.pin1",
]}
maxLength="3mm"
/>
<trace from="C_DBG_VCORE.pin2" to="net.GND" />
<trace from="C_DBG_AVCC.pin1" to="net.EZ_3V3" />
<trace from="C_DBG_AVCC.pin2" to="net.GND" />
<trace from="C_DBG_DVCC1.pin1" to="net.EZ_3V3" />
<trace from="C_DBG_DVCC1.pin2" to="net.GND" />
<trace from="C_DBG_DVCC2.pin1" to="net.EZ_3V3" />
<trace from="C_DBG_DVCC2.pin2" to="net.GND" />
<trace from="C_DBG_BULK.pin1" to="net.EZ_3V3" thickness="0.3mm" />
<trace from="C_DBG_BULK.pin2" to="net.GND" />
<trace from="U_DBG.RST" to="net.DBG_RST" />
<trace from="R_DBG_RST.pin1" to="net.DBG_RST" />
<trace from="R_DBG_RST.pin2" to="net.EZ_3V3" />
<trace from="C_DBG_RST.pin1" to="net.DBG_RST" />
<trace from="C_DBG_RST.pin2" to="net.GND" />
<trace from="Y_DBG.pin1" to="U_DBG.XT2OUT" />
<trace from="Y_DBG.pin3" to="U_DBG.XT2IN" />
<trace from="Y_DBG.pin2" to="net.GND" />
<trace from="U_DBG.LED0" to="R_DBG_RED.pin1" />
<trace from="R_DBG_RED.pin2" to="LED_DBG_RED.anode" />
<trace from="LED_DBG_RED.cathode" to="net.GND" />
<trace from="U_DBG.LED1" to="R_DBG_GREEN.pin1" />
<trace from="R_DBG_GREEN.pin2" to="LED_DBG_GREEN.anode" />
<trace from="LED_DBG_GREEN.cathode" to="net.GND" />
<trace from="J_DBG_PROG.pin1" to="U_DBG.TEST" />
<trace from="J_DBG_PROG.pin2" to="U_DBG.TDO" />
<trace from="J_DBG_PROG.pin3" to="U_DBG.TDI" />
<trace from="J_DBG_PROG.pin4" to="U_DBG.TMS" />
<trace from="J_DBG_PROG.pin5" to="U_DBG.TCK" />
<trace from="J_DBG_PROG.pin6" to="net.DBG_RST" />
<trace from="J_DBG_PROG.pin7" to="net.GND" />
{/* Isolation block: install all seven shunts for normal LaunchPad operation */}
<trace from="U_DBG.TARGET_SBWTCK" to="J_ISO_SBW_TST.HOST" />
<trace
from="J_ISO_SBW_TST.TARGET"
to="U_TARGET.TEST"
pcbRouteHints={[{ x: -3.2, y: -12.25 }]}
/>
<trace from="U_DBG.TARGET_SBWTDIO" to="J_ISO_SBW_RST.HOST" />
<trace from="J_ISO_SBW_RST.TARGET" to="net.TARGET_RST" />
<trace from="U_DBG.UART_TXD" to="J_ISO_UART_RX.HOST" />
<trace from="J_ISO_UART_RX.TARGET" to="U_TARGET.P4_2" />
<trace from="U_DBG.UART_RXD" to="J_ISO_UART_TX.HOST" />
<trace from="J_ISO_UART_TX.TARGET" to="U_TARGET.P4_3" />
<trace from="J_ISO_3V3.HOST" to="net.EZ_3V3" thickness="0.3mm" />
<trace from="J_ISO_3V3.TARGET" to="net.TARGET_3V3" thickness="0.3mm" />
<trace from="J_ISO_5V.HOST" to="net.VBUS_USB" thickness="0.3mm" />
<trace from="J_ISO_5V.TARGET" to="net.TARGET_5V" thickness="0.3mm" />
<trace from="J_ISO_GND.HOST" to="net.GND" thickness="0.3mm" />
<trace from="J_ISO_GND.TARGET" to="net.GND" thickness="0.3mm" />
{/* Target MCU power, programming, UART, clock, buttons, and LEDs */}
<trace from="U_TARGET.DVCC" to="net.TARGET_3V3" thickness="0.3mm" />
<trace from="U_TARGET.DVSS" to="net.GND" thickness="0.3mm" />
<trace from="C_TARGET_DEC.pin1" to="U_TARGET.DVCC" />
<trace from="C_TARGET_DEC.pin2" to="U_TARGET.DVSS" />
<trace from="C_TARGET_BULK.pin1" to="C_TARGET_DEC.pin1" thickness="0.3mm" />
<trace from="C_TARGET_BULK.pin2" to="C_TARGET_DEC.pin2" />
<trace from="U_TARGET.RST" to="net.TARGET_RST" />
<trace from="R_TARGET_RST.pin1" to="net.TARGET_RST" />
<trace from="R_TARGET_RST.pin2" to="net.TARGET_3V3" />
<trace from="C_TARGET_RST.pin1" to="net.TARGET_RST" />
<trace from="C_TARGET_RST.pin2" to="net.GND" />
<trace from="SW_RESET.pin1" to="net.TARGET_RST" />
<trace from="SW_RESET.pin2" to="net.GND" />
<trace from="U_TARGET.P4_1" to="SW1.pin1" schDisplayLabel="S1 / P4.1" />
<trace from="SW1.pin2" to="net.GND" />
<trace from="U_TARGET.P2_3" to="SW2.pin1" schDisplayLabel="S2 / P2.3" />
<trace from="SW2.pin2" to="net.GND" />
<trace from="U_TARGET.XIN" to="R_XIN.pin1" />
<trace from="R_XIN.pin2" to="Y_TARGET.pin1" maxLength="20mm" />
<trace from="Y_TARGET.pin1" to="C_XIN.pin1" />
<trace from="C_XIN.pin2" to="net.GND" />
<trace from="U_TARGET.XOUT" to="R_XOUT.pin1" />
<trace from="R_XOUT.pin2" to="Y_TARGET.pin2" />
<trace from="Y_TARGET.pin2" to="C_XOUT.pin1" />
<trace from="C_XOUT.pin2" to="net.GND" />
<trace from="U_TARGET.P1_0" to="R_LED1_EN.pin1" schDisplayLabel="LED1 / P1.0" />
<trace from="R_LED1_EN.pin2" to="R_LED1.pin1" />
<trace from="R_LED1.pin2" to="LED1.anode" />
<trace from="LED1.cathode" to="net.GND" />
<trace from="U_TARGET.P6_6" to="R_LED2_EN.pin1" schDisplayLabel="LED2 / P6.6" />
<trace from="R_LED2_EN.pin2" to="R_LED2.pin1" />
<trace from="R_LED2.pin2" to="LED2.anode" />
<trace from="LED2.cathode" to="net.GND" />
{/* Smart Analog Combo optical-sensor network */}
<trace from="U_TARGET.OA2_POS" to="J_SENS_POS.HOST" />
<trace from="J_SENS_POS.TARGET" to="D_PHOTO.anode" />
<trace from="U_TARGET.OA2_NEG" to="J_SENS_NEG.HOST" />
<trace from="J_SENS_NEG.TARGET" to="D_PHOTO.cathode" />
<trace from="U_TARGET.OA2_OUT" to="J_SENS_OUT.HOST" />
<trace from="J_SENS_OUT.TARGET" to="R_PHOTO.pin1" />
<trace from="J_SENS_OUT.TARGET" to="C_PHOTO.pin1" />
<trace from="R_PHOTO.pin2" to="D_PHOTO.cathode" />
<trace from="C_PHOTO.pin2" to="D_PHOTO.cathode" />
{/* BoosterPack signal mapping */}
<trace from="J1.pin1" to="net.TARGET_3V3" thickness="0.3mm" />
<trace from="J1.pin2" to="U_TARGET.P1_5" />
<trace from="J1.pin3" to="U_TARGET.P1_6" />
<trace from="J1.pin4" to="U_TARGET.P1_7" />
<trace from="J1.pin5" to="U_TARGET.P3_6" />
<trace from="J1.pin6" to="U_TARGET.P5_2" />
<trace from="J1.pin7" to="U_TARGET.P4_5" />
<trace from="J1.pin8" to="U_TARGET.P3_4" />
<trace from="J1.pin9" to="U_TARGET.P1_3" />
<trace from="J1.pin10" to="U_TARGET.P1_2" />
<trace from="J2.pin1" to="net.GND" thickness="0.3mm" />
<trace from="J2.pin2" to="U_TARGET.P2_0" />
<trace from="J2.pin3" to="U_TARGET.P2_2" />
<trace from="J2.pin4" to="U_TARGET.P4_0" />
<trace from="J2.pin5" to="net.TARGET_RST" />
<trace from="J2.pin6" to="U_TARGET.P4_6" />
<trace from="J2.pin7" to="U_TARGET.P4_7" />
<trace from="J2.pin8" to="U_TARGET.P4_4" />
<trace from="J2.pin9" to="U_TARGET.P2_5" />
<trace from="J2.pin10" to="U_TARGET.P3_0" />
<trace from="J3.pin1" to="net.TARGET_5V" thickness="0.3mm" />
<trace from="J3.pin2" to="net.GND" thickness="0.3mm" />
<trace from="J3.pin3" to="U_TARGET.P1_4" />
<trace from="J3.pin4" to="U_TARGET.P5_3" />
<trace from="J3.pin5" to="U_TARGET.P5_1" />
<trace from="J3.pin6" to="U_TARGET.P5_0" />
<trace from="J3.pin7" to="U_TARGET.P5_4" />
<trace from="J3.pin8" to="U_TARGET.P1_1" />
<trace from="J3.pin9" to="U_TARGET.P3_5" />
<trace from="J3.pin10" to="U_TARGET.P3_1" />
<trace from="J4.pin1" to="U_TARGET.P2_1" />
<trace from="J4.pin2" to="U_TARGET.P6_0" />
<trace from="J4.pin3" to="U_TARGET.P6_1" />
<trace from="J4.pin4" to="U_TARGET.P6_2" />
<trace from="J4.pin5" to="U_TARGET.P6_3" />
<trace from="J4.pin6" to="U_TARGET.P6_4" />
<trace from="J4.pin7" to="U_TARGET.P3_7" />
<trace from="J4.pin8" to="U_TARGET.P2_4" />
<trace from="J4.pin9" to="U_TARGET.P3_3" />
<trace from="J4.pin10" to="U_TARGET.P3_2" />
{/* Grove connector: two signals plus target power and ground */}
<trace from="J_GROVE.pin1" to="U_TARGET.P1_1" />
<trace from="J_GROVE.pin2" to="U_TARGET.P1_4" />
<trace from="J_GROVE.pin3" to="net.TARGET_3V3" thickness="0.3mm" />
<trace from="J_GROVE.pin4" to="net.GND" thickness="0.3mm" />
{/* External power */}
<trace from="J_EXT_3V3.pin1" to="net.TARGET_3V3" thickness="0.3mm" />
<trace from="J_EXT_3V3.pin2" to="net.GND" thickness="0.3mm" />
<trace from="J_EXT_5V.pin1" to="net.TARGET_5V" thickness="0.3mm" />
<trace from="J_EXT_5V.pin2" to="net.GND" thickness="0.3mm" />
<trace from="TP_5V.pin1" to="net.TARGET_5V" />
<trace from="TP_3V3.pin1" to="net.TARGET_3V3" />
<trace from="TP_GND.pin1" to="net.GND" />
<trace from="TP_RST.pin1" to="net.TARGET_RST" />
{/* Continuous return planes on both copper layers */}
<copperpour name="GND_INNER1" connectsTo="net.GND" layer="inner1" clearance="0.18mm" boardEdgeMargin="0.25mm" />
</board>
)