AnasSarkiz/NEMA14_RP2040
A NEMA motor assembly concept with a controller board, four proposed M3 screws and spacers, motor lead splices, and a JST 4-pin connector harness.
- Version
- 1.13.0
- License
- ISC
- Stars
- 0
imports/supplier/RP2040/RP2040.tsx
import React from "react"
const objPath = "https://raw.githubusercontent.com/AnasSarkiz/NEMA14_RP2040/4121abe07485b9b255c787decec68f6dc0cac1b0/imports/supplier/RP2040/RP2040.obj"
const stepPath = "https://raw.githubusercontent.com/AnasSarkiz/NEMA14_RP2040/4121abe07485b9b255c787decec68f6dc0cac1b0/imports/supplier/RP2040/RP2040.step"
import type { ChipProps } from "@tscircuit/props"
const pinLabels = {
pin1: ["IOVDD6"],
pin2: ["GPIO0"],
pin3: ["GPIO1"],
pin4: ["GPIO2"],
pin5: ["GPIO3"],
pin6: ["GPIO4"],
pin7: ["GPIO5"],
pin8: ["GPIO6"],
pin9: ["GPIO7"],
pin10: ["IOVDD5"],
pin11: ["GPIO8"],
pin12: ["GPIO9"],
pin13: ["GPIO10"],
pin14: ["GPIO11"],
pin15: ["GPIO12"],
pin16: ["GPIO13"],
pin17: ["GPIO14"],
pin18: ["GPIO15"],
pin19: ["TESTEN"],
pin20: ["XIN"],
pin21: ["XOUT"],
pin22: ["IOVDD4"],
pin23: ["DVDD2"],
pin24: ["SWCLK"],
pin25: ["SWD"],
pin26: ["RUN"],
pin27: ["GPIO16"],
pin28: ["GPIO17"],
pin29: ["GPIO18"],
pin30: ["GPIO19"],
pin31: ["GPIO20"],
pin32: ["GPIO21"],
pin33: ["IOVDD3"],
pin34: ["GPIO22"],
pin35: ["GPIO23"],
pin36: ["GPIO24"],
pin37: ["GPIO25"],
pin38: ["GPIO26_ADC0"],
pin39: ["GPIO27_ADC1"],
pin40: ["GPIO28_ADC2"],
pin41: ["GPIO29_ADC3"],
pin42: ["IOVDD2"],
pin43: ["ADC_AVDD"],
pin44: ["VREG_IN"],
pin45: ["VREG_VOUT"],
pin46: ["USB_DM"],
pin47: ["USB_DP"],
pin48: ["USB_VDD"],
pin49: ["IOVDD1"],
pin50: ["DVDD1"],
pin51: ["QSPI_SD3"],
pin52: ["QSPI_SCLK"],
pin53: ["QSPI_SD0"],
pin54: ["QSPI_SD2"],
pin55: ["QSPI_SD1"],
pin56: ["QSPI_SS"],
pin57: ["GND"]
} as const
const pinAttributes = {
pin57: {capabilities: [], requiresGround: true, requiresVoltage: 0, mustBeConnected: true},
pin56: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_cs"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin55: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_miso"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin54: {isInput: true, isOutput: true, isBidirectional: true, capabilities: [], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin53: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_mosi"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin52: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_sck"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin51: {isInput: true, isOutput: true, isBidirectional: true, capabilities: [], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin50: {isInput: true, capabilities: [], requiresPower: true, mustBeConnected: true, shouldHaveDecouplingCapacitor: true, recommendedDecouplingCapacitorCapacitance: "100nF"},
pin49: {isInput: true, capabilities: [], requiresPower: true, mustBeConnected: true, shouldHaveDecouplingCapacitor: true, recommendedDecouplingCapacitorCapacitance: "100nF"},
pin48: {isInput: true, capabilities: [], requiresPower: true, mustBeConnected: true, shouldHaveDecouplingCapacitor: true, recommendedDecouplingCapacitorCapacitance: "100nF"},
pin47: {isInput: true, isOutput: true, isBidirectional: true, capabilities: [], canUseInternalPullup: true, canUseInternalPulldown: true},
pin46: {isInput: true, isOutput: true, isBidirectional: true, capabilities: [], canUseInternalPullup: true, canUseInternalPulldown: true},
pin45: {isOutput: true, canUseTriState: true, capabilities: [], providesPower: true, shouldHaveDecouplingCapacitor: true, recommendedDecouplingCapacitorCapacitance: "1uF"},
pin44: {isInput: true, capabilities: [], requiresPower: true, mustBeConnected: true, shouldHaveDecouplingCapacitor: true, recommendedDecouplingCapacitorCapacitance: "1uF"},
pin43: {isInput: true, capabilities: [], requiresPower: true, mustBeConnected: true, shouldHaveDecouplingCapacitor: true, recommendedDecouplingCapacitorCapacitance: "100nF"},
pin42: {isInput: true, capabilities: [], requiresPower: true, mustBeConnected: true, shouldHaveDecouplingCapacitor: true, recommendedDecouplingCapacitorCapacitance: "100nF"},
pin41: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_cs","i2c_scl","uart_rx"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin40: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_miso","i2c_sda","uart_tx"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin39: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_mosi","i2c_scl"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin38: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_sck","i2c_sda"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin37: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_cs","i2c_scl","uart_rx"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin36: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_miso","i2c_sda","uart_tx"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin35: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_mosi","i2c_scl"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin34: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_sck","i2c_sda"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin33: {isInput: true, capabilities: [], requiresPower: true, mustBeConnected: true, shouldHaveDecouplingCapacitor: true, recommendedDecouplingCapacitorCapacitance: "100nF"},
pin32: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_cs","i2c_scl","uart_rx"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin31: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_miso","i2c_sda","uart_tx"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin30: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_mosi","i2c_scl"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin29: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_sck","i2c_sda"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin28: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_cs","i2c_scl","uart_rx"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin27: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_miso","i2c_sda","uart_tx"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin26: {isInput: true, capabilities: [], canUseInternalPullup: true},
pin25: {isInput: true, isOutput: true, isBidirectional: true, capabilities: [], canUseInternalPullup: true, canUseInternalPulldown: true},
pin24: {isInput: true, capabilities: [], canUseInternalPullup: true, canUseInternalPulldown: true},
pin23: {isInput: true, capabilities: [], requiresPower: true, mustBeConnected: true, shouldHaveDecouplingCapacitor: true, recommendedDecouplingCapacitorCapacitance: "100nF"},
pin22: {isInput: true, capabilities: [], requiresPower: true, mustBeConnected: true, shouldHaveDecouplingCapacitor: true, recommendedDecouplingCapacitorCapacitance: "100nF"},
pin21: {isOutput: true, capabilities: []},
pin20: {isInput: true, capabilities: []},
pin19: {isInput: true, capabilities: [], requiresGround: true, requiresVoltage: 0, mustBeConnected: true},
pin18: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_mosi","i2c_scl"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin17: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_sck","i2c_sda"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin16: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_cs","i2c_scl","uart_rx"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin15: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_miso","i2c_sda","uart_tx"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin14: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_mosi","i2c_scl"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin13: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_sck","i2c_sda"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin12: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_cs","i2c_scl","uart_rx"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin11: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_miso","i2c_sda","uart_tx"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin10: {isInput: true, capabilities: [], requiresPower: true, mustBeConnected: true, shouldHaveDecouplingCapacitor: true, recommendedDecouplingCapacitorCapacitance: "100nF"},
pin9: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_mosi","i2c_scl"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin8: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_sck","i2c_sda"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin7: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_cs","i2c_scl","uart_rx"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin6: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_miso","i2c_sda","uart_tx"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin5: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_mosi","i2c_scl"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin4: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_sck","i2c_sda"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin3: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_cs","i2c_scl","uart_rx"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin2: {isInput: true, isOutput: true, isBidirectional: true, capabilities: ["spi_miso","i2c_sda","uart_tx"], canUseInternalPullup: true, canUseInternalPulldown: true, canUsePushPull: true, isGpio: true},
pin1: {isInput: true, capabilities: [], requiresPower: true, mustBeConnected: true, shouldHaveDecouplingCapacitor: true, recommendedDecouplingCapacitorCapacitance: "100nF"}
} satisfies NonNullable<ChipProps["pinAttributes"]>
export const RP2040 = (props: ChipProps<typeof pinLabels>) => {
return (
<chip
pinLabels={pinLabels}
pinAttributes={pinAttributes}
supplierPartNumbers={{
"jlcpcb": [
"C2040"
]
}}
manufacturerPartNumber="RP2040"
footprint={<footprint>
<smtpad portHints={["pin57"]} pcbX="-0mm" pcbY="0.000127mm" width="3.0999938mm" height="3.0999938mm" shape="rect" />
<smtpad portHints={["pin56"]} pcbX="-2.599944mm" pcbY="3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin55"]} pcbX="-2.200148mm" pcbY="3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin54"]} pcbX="-1.800098mm" pcbY="3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin53"]} pcbX="-1.400048mm" pcbY="3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin52"]} pcbX="-0.999998mm" pcbY="3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin51"]} pcbX="-0.599948mm" pcbY="3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin50"]} pcbX="-0.200152mm" pcbY="3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin49"]} pcbX="0.199898mm" pcbY="3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin48"]} pcbX="0.599948mm" pcbY="3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin47"]} pcbX="0.999998mm" pcbY="3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin46"]} pcbX="1.400048mm" pcbY="3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin45"]} pcbX="1.799844mm" pcbY="3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin44"]} pcbX="2.199894mm" pcbY="3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin43"]} pcbX="2.599944mm" pcbY="3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin42"]} pcbX="3.424936mm" pcbY="2.600071mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin41"]} pcbX="3.424936mm" pcbY="2.200021mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin40"]} pcbX="3.424936mm" pcbY="1.799971mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin39"]} pcbX="3.424936mm" pcbY="1.399921mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin38"]} pcbX="3.424936mm" pcbY="1.000125mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin37"]} pcbX="3.424936mm" pcbY="0.600075mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin36"]} pcbX="3.424936mm" pcbY="0.200025mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin35"]} pcbX="3.424936mm" pcbY="-0.200025mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin34"]} pcbX="3.424936mm" pcbY="-0.600075mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin33"]} pcbX="3.424936mm" pcbY="-0.999871mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin32"]} pcbX="3.424936mm" pcbY="-1.399921mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin31"]} pcbX="3.424936mm" pcbY="-1.799971mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin30"]} pcbX="3.424936mm" pcbY="-2.200021mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin29"]} pcbX="3.424936mm" pcbY="-2.600071mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin28"]} pcbX="2.599944mm" pcbY="-3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin27"]} pcbX="2.199894mm" pcbY="-3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin26"]} pcbX="1.799844mm" pcbY="-3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin25"]} pcbX="1.400048mm" pcbY="-3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin24"]} pcbX="0.999998mm" pcbY="-3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin23"]} pcbX="0.599948mm" pcbY="-3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin22"]} pcbX="0.199898mm" pcbY="-3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin21"]} pcbX="-0.200152mm" pcbY="-3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin20"]} pcbX="-0.599948mm" pcbY="-3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin19"]} pcbX="-0.999998mm" pcbY="-3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin18"]} pcbX="-1.400048mm" pcbY="-3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin17"]} pcbX="-1.800098mm" pcbY="-3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin16"]} pcbX="-2.200148mm" pcbY="-3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin15"]} pcbX="-2.599944mm" pcbY="-3.425063mm" width="0.1999996mm" height="0.850011mm" shape="rect" />
<smtpad portHints={["pin14"]} pcbX="-3.424936mm" pcbY="-2.600071mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin13"]} pcbX="-3.424936mm" pcbY="-2.200021mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin12"]} pcbX="-3.424936mm" pcbY="-1.799971mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin11"]} pcbX="-3.424936mm" pcbY="-1.399921mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin10"]} pcbX="-3.424936mm" pcbY="-0.999871mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin9"]} pcbX="-3.424936mm" pcbY="-0.600075mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin8"]} pcbX="-3.424936mm" pcbY="-0.200025mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin7"]} pcbX="-3.424936mm" pcbY="0.200025mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin6"]} pcbX="-3.424936mm" pcbY="0.600075mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin5"]} pcbX="-3.424936mm" pcbY="1.000125mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin4"]} pcbX="-3.424936mm" pcbY="1.399921mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin3"]} pcbX="-3.424936mm" pcbY="1.799971mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin2"]} pcbX="-3.424936mm" pcbY="2.200021mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<smtpad portHints={["pin1"]} pcbX="-3.424936mm" pcbY="2.600071mm" width="0.850011mm" height="0.1999996mm" shape="rect" />
<silkscreenpath route={[{"x":-3.2409891999999445,"y":3.500018399999931},{"x":-3.2409891999999445,"y":3.403168199999868},{"x":-3.5000691999999844,"y":3.144062800000029}]} />
<silkscreenpath route={[{"x":-3.5000691999999844,"y":2.931185400000004},{"x":-2.9311854000001176,"y":3.500018399999931}]} />
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cadModel={{
objUrl: objPath,
positionOffset: { x: (0.0) * Math.cos(Number(props.pcbRotation ?? 0) * Math.PI / 180) - (0.0) * Math.sin(Number(props.pcbRotation ?? 0) * Math.PI / 180), y: (0.0) * Math.sin(Number(props.pcbRotation ?? 0) * Math.PI / 180) + (0.0) * Math.cos(Number(props.pcbRotation ?? 0) * Math.PI / 180), z: 0 },
stepUrl: stepPath,
pcbRotationOffset: 0,
modelOriginPosition: { x: 0.000012699999956566899, y: -0.0001269999999067295, z: -0.02 },
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{...props}
/>
)
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