imrishabh18/nema-23-stepper-controller
A 57 mm four-layer RP2040 NEMA23 stepper-controller PCB with USB‑C/USB‑PD power input, protected motor rail, DRV8452 dual-winding driver, bidirectional current sensing, temperature/enable interlock, optional magnetic encoder, RGB LED and buzzer status indicators, and motor/test connectors.
- Version
- 1.2.3
- License
- unset
- Stars
- 0
vendor/rp2040.js
import X322512MSB4SISymbol from "../imports/symbols/X322512MSB4SI.json";
import SKRPACE010Symbol from "../imports/symbols/SKRPACE010.json";
import B5819W_SLSymbol from "../imports/symbols/B5819W_SL.json";
import XL_1608SURC_06Symbol from "../imports/symbols/XL_1608SURC_06.json";
// node_modules/@tscircuit/common/dist/index.js
import { jsx, jsxs } from "react/jsx-runtime";
import { jsx as jsx2, jsxs as jsxs2 } from "react/jsx-runtime";
import React from "react";
import { jsxs as jsxs3 } from "react/jsx-runtime";
import { jsx as jsx3, jsxs as jsxs4 } from "react/jsx-runtime";
import { jsx as jsx4, jsxs as jsxs5 } from "react/jsx-runtime";
import React2 from "react";
import { jsx as jsx5 } from "react/jsx-runtime";
import { jsx as jsx6, jsxs as jsxs6 } from "react/jsx-runtime";
import { jsx as jsx7, jsxs as jsxs7 } from "react/jsx-runtime";
import React3 from "react";
import { jsx as jsx8 } from "react/jsx-runtime";
import { jsx as jsx9, jsxs as jsxs8 } from "react/jsx-runtime";
// node_modules/@tscircuit/math-utils/dist/chunk-U45EKA3R.js
function grid({ rows, cols, xSpacing, ySpacing, width, height, offsetX = 0, offsetY = 0, yDirection = "cartesian", centered = true }) {
const effectiveXSpacing = xSpacing ?? 1;
const effectiveYSpacing = ySpacing ?? 1;
const totalWidth = width ?? cols * effectiveXSpacing;
const totalHeight = height ?? rows * effectiveYSpacing;
const centeringOffsetX = centered ? -totalWidth / 2 : 0;
const centeringOffsetY = centered ? -totalHeight / 2 : 0;
const cellWidth = width ? width / cols : effectiveXSpacing;
const cellHeight = height ? height / rows : effectiveYSpacing;
const cells = [];
for (let row = 0; row < rows; row++) {
for (let col = 0; col < cols; col++) {
const index = row * cols + col;
const centerX = offsetX + centeringOffsetX + col * cellWidth + cellWidth / 2;
const rawCenterY = offsetY + row * cellHeight + cellHeight / 2;
const centerY = yDirection === "cartesian" ? offsetY + centeringOffsetY + (rows - 1 - row) * cellHeight + cellHeight / 2 : offsetY + centeringOffsetY + row * cellHeight + cellHeight / 2;
cells.push({
index,
center: { x: centerX, y: centerY },
topLeft: {
x: centerX - cellWidth / 2,
y: centerY + cellHeight / 2
},
bottomRight: {
x: centerX + cellWidth / 2,
y: centerY - cellHeight / 2
},
row,
col
});
}
}
return cells;
}
// node_modules/@tscircuit/common/dist/index.js
import { jsx as jsx10, jsxs as jsxs9 } from "react/jsx-runtime";
import { jsx as jsx11, jsxs as jsxs10 } from "react/jsx-runtime";
import { jsx as jsx12 } from "react/jsx-runtime";
import { jsx as jsx13 } from "react/jsx-runtime";
import { jsx as jsx14 } from "react/jsx-runtime";
import { jsx as jsx15 } from "react/jsx-runtime";
import { jsx as jsx16 } from "react/jsx-runtime";
import { jsx as jsx17 } from "react/jsx-runtime";
import { jsx as jsx18 } from "react/jsx-runtime";
import { jsx as jsx19 } from "react/jsx-runtime";
import { jsx as jsx20, jsxs as jsxs11 } from "react/jsx-runtime";
import { jsx as jsx21, jsxs as jsxs12 } from "react/jsx-runtime";
import { jsx as jsx22, jsxs as jsxs13 } from "react/jsx-runtime";
import { jsx as jsx23, jsxs as jsxs14 } from "react/jsx-runtime";
import { jsx as jsx24, jsxs as jsxs15 } from "react/jsx-runtime";
import { jsx as jsx25, jsxs as jsxs16 } from "react/jsx-runtime";
import { jsx as jsx26, jsxs as jsxs17 } from "react/jsx-runtime";
import { jsx as jsx27, jsxs as jsxs18 } from "react/jsx-runtime";
import { jsx as jsx28, jsxs as jsxs19 } from "react/jsx-runtime";
import { jsx as jsx29, jsxs as jsxs20 } from "react/jsx-runtime";
import { jsx as jsx30, jsxs as jsxs21 } from "react/jsx-runtime";
import { jsx as jsx31, jsxs as jsxs22 } from "react/jsx-runtime";
import { jsx as jsx32, jsxs as jsxs23 } from "react/jsx-runtime";
import { jsx as jsx33, jsxs as jsxs24 } from "react/jsx-runtime";
import { jsx as jsx34, jsxs as jsxs25 } from "react/jsx-runtime";
import { jsx as jsx35, jsxs as jsxs26 } from "react/jsx-runtime";
import { jsx as jsx36, jsxs as jsxs27 } from "react/jsx-runtime";
var __defProp = Object.defineProperty;
var __defProps = Object.defineProperties;
var __getOwnPropDescs = Object.getOwnPropertyDescriptors;
var __getOwnPropSymbols = Object.getOwnPropertySymbols;
var __hasOwnProp = Object.prototype.hasOwnProperty;
var __propIsEnum = Object.prototype.propertyIsEnumerable;
var __pow = Math.pow;
var __defNormalProp = (obj, key, value) => (key in obj) ? __defProp(obj, key, { enumerable: true, configurable: true, writable: true, value }) : obj[key] = value;
var __spreadValues = (a, b) => {
for (var prop in b || (b = {}))
if (__hasOwnProp.call(b, prop))
__defNormalProp(a, prop, b[prop]);
if (__getOwnPropSymbols)
for (var prop of __getOwnPropSymbols(b)) {
if (__propIsEnum.call(b, prop))
__defNormalProp(a, prop, b[prop]);
}
return a;
};
var __spreadProps = (a, b) => __defProps(a, __getOwnPropDescs(b));
var __objRest = (source, exclude) => {
var target = {};
for (var prop in source)
if (__hasOwnProp.call(source, prop) && exclude.indexOf(prop) < 0)
target[prop] = source[prop];
if (source != null && __getOwnPropSymbols)
for (var prop of __getOwnPropSymbols(source)) {
if (exclude.indexOf(prop) < 0 && __propIsEnum.call(source, prop))
target[prop] = source[prop];
}
return target;
};
var OutlineBuilder = class {
constructor(startX, startY) {
this.points = [];
this.lastDirection = null;
this.currentX = startX;
this.currentY = startY;
this.points.push({ x: startX, y: startY });
}
updateDirection(x, y) {
if (x > this.currentX)
this.lastDirection = "right";
else if (x < this.currentX)
this.lastDirection = "left";
else if (y > this.currentY)
this.lastDirection = "down";
else if (y < this.currentY)
this.lastDirection = "up";
}
lineTo(x, y) {
if (x !== this.currentX || y !== this.currentY) {
this.updateDirection(x, y);
this.currentX = x;
this.currentY = y;
this.points.push({ x, y });
}
return this;
}
dirToUnit(dir) {
switch (dir) {
case "right":
return { x: 1, y: 0 };
case "left":
return { x: -1, y: 0 };
case "down":
return { x: 0, y: 1 };
case "up":
return { x: 0, y: -1 };
}
}
outgoingFor(last, turn) {
switch (last) {
case "right":
return turn === "cw" ? { unit: { x: 0, y: 1 }, dir: "down" } : { unit: { x: 0, y: -1 }, dir: "up" };
case "left":
return turn === "cw" ? { unit: { x: 0, y: -1 }, dir: "up" } : { unit: { x: 0, y: 1 }, dir: "down" };
case "down":
return turn === "cw" ? { unit: { x: -1, y: 0 }, dir: "left" } : { unit: { x: 1, y: 0 }, dir: "right" };
case "up":
return turn === "cw" ? { unit: { x: 1, y: 0 }, dir: "right" } : { unit: { x: -1, y: 0 }, dir: "left" };
}
}
corner({ radius, turn }) {
if (this.points.length < 2) {
throw new Error("Need at least two points to create a corner");
}
if (!this.lastDirection) {
throw new Error("Cannot create a corner without a known incoming direction");
}
const ix = this.currentX;
const iy = this.currentY;
const prevIndex = this.points.length - 2;
const prevPoint = this.points[prevIndex];
this.points.pop();
const incomingUnit = this.dirToUnit(this.lastDirection);
const { unit: outgoingUnit, dir: outgoingDir } = this.outgoingFor(this.lastDirection, turn);
const dxPrev = ix - prevPoint.x;
const dyPrev = iy - prevPoint.y;
const distPrev = Math.hypot(dxPrev, dyPrev);
const r = Math.min(radius, distPrev);
const startX = ix - incomingUnit.x * r;
const startY = iy - incomingUnit.y * r;
const endX = ix + outgoingUnit.x * r;
const endY = iy + outgoingUnit.y * r;
const inVec = { x: -incomingUnit.x, y: -incomingUnit.y };
const outVec = { x: outgoingUnit.x, y: outgoingUnit.y };
const bisector = { x: inVec.x + outVec.x, y: inVec.y + outVec.y };
const bisLen = Math.hypot(bisector.x, bisector.y);
let dot = inVec.x * outVec.x + inVec.y * outVec.y;
dot = Math.max(-1, Math.min(1, dot));
const angle = Math.acos(dot);
if (bisLen < 0.000000001 || Math.abs(Math.sin(angle / 2)) < 0.000000001) {
this.points.push({ x: ix, y: iy });
this.currentX = ix;
this.currentY = iy;
return this;
}
const offset = r / Math.sin(angle / 2);
const bisUnit = { x: bisector.x / bisLen, y: bisector.y / bisLen };
const centerX = ix + bisUnit.x * offset;
const centerY = iy + bisUnit.y * offset;
const startAngle = Math.atan2(startY - centerY, startX - centerX);
const endAngle = Math.atan2(endY - centerY, endX - centerX);
let angleDelta = endAngle - startAngle;
while (angleDelta <= -Math.PI)
angleDelta += 2 * Math.PI;
while (angleDelta > Math.PI)
angleDelta -= 2 * Math.PI;
const lastAfterPop = this.points[this.points.length - 1];
const almostEqual = (a, b) => Math.abs(a - b) < 0.000000001;
if (!lastAfterPop || !almostEqual(lastAfterPop.x, startX) || !almostEqual(lastAfterPop.y, startY)) {
this.points.push({ x: startX, y: startY });
}
const segments = 8;
for (let i = 1; i <= segments; i++) {
const t = i / segments;
const angle2 = startAngle + angleDelta * t;
const x = centerX + r * Math.cos(angle2);
const y = centerY + r * Math.sin(angle2);
this.points.push({ x, y });
}
const last = this.points[this.points.length - 1];
this.currentX = last.x;
this.currentY = last.y;
this.lastDirection = outgoingDir;
return this;
}
arcTo(x, y, { radius, sweep = true, segments = 16 }) {
const start = { x: this.currentX, y: this.currentY };
const end = { x, y };
const mx = (start.x + end.x) / 2;
const my = (start.y + end.y) / 2;
const dx = end.x - start.x;
const dy = end.y - start.y;
const dist = Math.sqrt(dx * dx + dy * dy);
if (dist === 0)
return this;
const h = Math.sqrt(Math.max(0, radius * radius - __pow(dist / 2, 2)));
const perpX = -dy / dist;
const perpY = dx / dist;
const cx = mx + (sweep ? 1 : -1) * perpX * h;
const cy = my + (sweep ? 1 : -1) * perpY * h;
const startAngle = Math.atan2(start.y - cy, start.x - cx);
const endAngle = Math.atan2(end.y - cy, end.x - cx);
let sweepAngle = endAngle - startAngle;
if (sweep && sweepAngle < 0)
sweepAngle += 2 * Math.PI;
if (!sweep && sweepAngle > 0)
sweepAngle -= 2 * Math.PI;
for (let i = 1; i <= segments; i++) {
const t = i / segments;
const angle = startAngle + sweepAngle * t;
const px = cx + radius * Math.cos(angle);
const py = cy + radius * Math.sin(angle);
this.points.push({ x: px, y: py });
}
this.currentX = end.x;
this.currentY = end.y;
return this;
}
toArray() {
return [...this.points];
}
};
var outlineBuilder = (x, y) => {
return new OutlineBuilder(x, y);
};
var processorOutline = outlineBuilder(-9, 11).lineTo(11, 11).corner({ radius: 1, turn: "ccw" }).lineTo(11, -7).corner({ radius: 0.5, turn: "ccw" }).lineTo(10, -7).corner({ radius: 0.5, turn: "cw" }).lineTo(10, -11).lineTo(3.28, -11).lineTo(3.28, -8).arcTo(2.08, -8, { radius: 0.6, sweep: true }).lineTo(2.08, -11).lineTo(-10, -11).lineTo(-10, -7).corner({ radius: 0.5, turn: "cw" }).lineTo(-11, -7).corner({ radius: 0.5, turn: "ccw" }).lineTo(-11, 11).corner({ radius: 1, turn: "ccw" }).toArray();
var functionOutline = outlineBuilder(0, 32.5).lineTo(19, 32.5).corner({ radius: 1, turn: "ccw" }).lineTo(19, -28.5).corner({ radius: 0.5, turn: "ccw" }).lineTo(10, -28.5).corner({ radius: 0.5, turn: "cw" }).lineTo(10, -32.5).lineTo(3.28, -32.5).lineTo(3.28, -29.5).arcTo(2.08, -29.5, { radius: 0.6, sweep: true }).lineTo(2.08, -32.5).lineTo(-10, -32.5).lineTo(-10, -28.5).corner({ radius: 0.5, turn: "cw" }).lineTo(-19, -28.5).corner({ radius: 0.5, turn: "ccw" }).lineTo(-19, 32.5).corner({ radius: 1, turn: "ccw" }).toArray();
var pacmanPolygonOutline = new OutlineBuilder(-0.2, -0.2).lineTo(-0.2, 2.5).arcTo(-2.5, 0, { radius: 2.5, sweep: true }).arcTo(0, -2.5, { radius: 2.5, sweep: true }).arcTo(2.5, -0.2, { radius: 2.5, sweep: true }).lineTo(-0.2, -0.2).toArray();
var horizontalEdgeViaGridCells = grid({
rows: 2,
cols: 17,
xSpacing: 5,
ySpacing: 45,
offsetX: 50,
offsetY: 32.5,
yDirection: "up-is-negative"
});
var verticalEdgeViaGridCells = grid({
rows: 8,
cols: 2,
xSpacing: 80,
ySpacing: 5,
offsetX: 50,
offsetY: 32.5,
yDirection: "up-is-negative"
});
var 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", "thermalpad"]
};
var RP2040 = (props) => {
return /* @__PURE__ */ spacedSymbol("chip", __spreadValues({
schWidth: 3.1,
pinLabels,
supplierPartNumbers: {
jlcpcb: ["C2040"]
},
manufacturerPartNumber: "RP2040",
footprint: "qfn56_thermalpad3.1mmx3.1mm_p0.4001mm_w7.8999mm_h7.9001mm_pw0.2mm_pl0.85mm",
cadModel: {
objUrl: "https://modelcdn.tscircuit.com/easyeda_models/assets/C2040.obj?uuid=76b360a9d4c54384a4e47d7e5af156df",
stepUrl: "https://modelcdn.tscircuit.com/easyeda_models/assets/C2040.step?uuid=76b360a9d4c54384a4e47d7e5af156df",
pcbRotationOffset: 0,
modelOriginPosition: { x: 0, y: 0, z: -0.02 }
}
}, props));
};
var pinLabels2 = {
pin13: ["S1", "SHELL1", "EH1"],
pin14: ["S2", "SHELL2", "EH2"],
pin15: ["S3", "SHELL3", "pin13_alt1"],
pin16: ["S4", "SHELL4", "pin14_alt1"],
pin17: ["GND1", "A1B12"],
pin18: ["VBUS1", "VBUS_5V_1", "A4B9"],
pin19: ["SBU2", "B8"],
pin20: ["CC1", "A5"],
pin21: ["DM2", "B7"],
pin22: ["DP1", "A6"],
pin23: ["DM1", "A7"],
pin24: ["DP2", "B6"],
pin25: ["SBU1", "A8"],
pin26: ["CC2", "B5"],
pin27: ["VBUS2", "VBUS_5V_2", "B4A9"],
pin28: ["GND2", "B1A12", "28"]
};
var TYPE_C_16PIN_2MD_073_ = (props) => {
return /* @__PURE__ */ spacedSymbol("connector", __spreadValues({
pinLabels: pinLabels2,
standard: "usb_c",
schWidth: 1.15,
schHeight: 3.6,
supplierPartNumbers: {
jlcpcb: ["C2765186"]
},
manufacturerPartNumber: "TYPE_C_16PIN_2MD_073_",
footprint: "usbcmidmount16_pinstart13",
cadModel: {
objUrl: "https://modelcdn.tscircuit.com/easyeda_models/assets/C2765186.obj?uuid=4ee8413127e64716b804db03d4b340ae",
stepUrl: "https://modelcdn.tscircuit.com/easyeda_models/assets/C2765186.step?uuid=4ee8413127e64716b804db03d4b340ae",
pcbRotationOffset: 0,
modelOriginPosition: { x: 0, y: 1.3249976000000152, z: -1.6800018 }
}
}, props));
};
var pinLabels3 = {
pin1: ["CS"],
pin2: ["pin2"],
pin3: ["pin3"],
pin4: ["GND"],
pin5: ["pin5"],
pin6: ["CLK"],
pin7: ["pin7"],
pin8: ["VCC"],
pin9: ["EP"]
};
var W25Q16JVUXIQ = (props) => {
return /* @__PURE__ */ spacedSymbol("chip", __spreadValues({
pinLabels: pinLabels3,
supplierPartNumbers: {
jlcpcb: ["C2843335"]
},
manufacturerPartNumber: "W25Q16JVUXIQ",
footprint: "wson",
cadModel: {
objUrl: "https://modelcdn.tscircuit.com/easyeda_models/assets/C2843335.obj?uuid=2b35e1c3dcc44b77887d4f445b51370a",
stepUrl: "https://modelcdn.tscircuit.com/easyeda_models/assets/C2843335.step?uuid=2b35e1c3dcc44b77887d4f445b51370a",
pcbRotationOffset: 0,
modelOriginPosition: { x: 0, y: 0, z: 0 }
}
}, props));
};
var pinLabels4 = {
pin1: ["VIN"],
pin2: ["GND"],
pin3: ["EN"],
pin4: ["NC"],
pin5: ["VOUT"]
};
var AP2112K_3_3TRG1 = (props) => {
return /* @__PURE__ */ spacedSymbol("chip", __spreadValues({
pinLabels: pinLabels4,
supplierPartNumbers: {
jlcpcb: ["C23380830"]
},
manufacturerPartNumber: "AP2112K_3_3TRG1",
footprint: "dfn6_missing(5)_p0.95mm_w3.2001mm_pin1location(rightside,bottom)",
cadModel: {
objUrl: "https://modelcdn.tscircuit.com/easyeda_models/assets/C23380830.obj?uuid=8c971aea3af54c53b74baeb1f489d393",
stepUrl: "https://modelcdn.tscircuit.com/easyeda_models/assets/C23380830.step?uuid=8c971aea3af54c53b74baeb1f489d393",
// Native model has three leads on -Y; the footprint has them on +X.
pcbRotationOffset: 90,
modelOriginPosition: { x: 0, y: 0, z: -0.7 }
}
}, props));
};
var X322512MSB4SI = (props) => {
return /* @__PURE__ */ spacedSymbol("crystal", __spreadValues({
symbol: X322512MSB4SISymbol,
frequency: "12MHz",
loadCapacitance: "10pF",
pinVariant: "four_pin",
supplierPartNumbers: {
jlcpcb: ["C20625731"]
},
manufacturerPartNumber: "ABM8-272-T3",
footprint: "crystal",
cadModel: {
objUrl: "https://modelcdn.tscircuit.com/easyeda_models/assets/C9002.obj?uuid=02485e56ba8d4732a26526d2983fc729",
stepUrl: "https://modelcdn.tscircuit.com/easyeda_models/assets/C9002.step?uuid=02485e56ba8d4732a26526d2983fc729",
pcbRotationOffset: 0,
modelOriginPosition: { x: 0, y: 0, z: 0 }
}
}, props));
};
var pinLabels5 = {
pin1: ["pin1"],
pin2: ["pin2"],
pin3: ["pin3"],
pin4: ["pin4"]
};
var SKRPACE010 = (props) => {
return /* @__PURE__ */ spacedSymbol("pushbutton", __spreadValues({
symbol: SKRPACE010Symbol,
pinLabels: pinLabels5,
supplierPartNumbers: {
jlcpcb: ["C139797"]
},
manufacturerPartNumber: "SKRPACE010",
footprint: "smdpushbutton",
internallyConnectedPins: [
["pin1", "pin2"],
["pin3", "pin4"]
],
cadModel: {
objUrl: "https://modelcdn.tscircuit.com/easyeda_models/assets/C139797.obj?uuid=00d848a7e8384bbd9286566957e8bb9c",
stepUrl: "https://modelcdn.tscircuit.com/easyeda_models/assets/C139797.step?uuid=00d848a7e8384bbd9286566957e8bb9c",
pcbRotationOffset: 0,
modelOriginPosition: { x: 0, y: 0, z: -0.01 }
}
}, props));
};
var pinLabels6 = {
pin1: ["K", "cathode", "neg"],
pin2: ["A", "anode", "pos"]
};
var B5819W_SL = (props) => {
const _a = props, { name = "D1" } = _a, restProps = __objRest(_a, ["name"]);
return /* @__PURE__ */ spacedSymbol("diode", __spreadValues({
symbol: B5819W_SLSymbol,
name,
pinLabels: pinLabels6,
variant: "schottky",
supplierPartNumbers: {
jlcpcb: ["C8598"]
},
manufacturerPartNumber: "B5819W_SL",
footprint: "sod123w_p3.4mm_pw0.95mm",
cadModel: {
objUrl: "https://modelcdn.tscircuit.com/easyeda_models/assets/C8598.obj?uuid=e9d505c99b6c436aaf827a29c5ba4f84",
stepUrl: "https://modelcdn.tscircuit.com/easyeda_models/assets/C8598.step?uuid=e9d505c99b6c436aaf827a29c5ba4f84",
pcbRotationOffset: 0,
modelOriginPosition: { x: 0, y: 0.000012699999999199463, z: -0.6 }
}
}, restProps));
};
var XL_1608SURC_06 = (props) => {
const _a = props, { name = "LED1" } = _a, restProps = __objRest(_a, ["name"]);
return /* @__PURE__ */ spacedSymbol("led", __spreadValues({
symbol: XL_1608SURC_06Symbol,
name,
supplierPartNumbers: {
jlcpcb: ["C965799"]
},
manufacturerPartNumber: "XL_1608SURC_06",
pinLabels: { pin1: ["cathode", "neg"], pin2: ["anode", "pos"] },
footprint: "led_p1.498mm_pw0.8mm_ph0.8mm",
cadModel: {
objUrl: "https://modelcdn.tscircuit.com/easyeda_models/assets/C965799.obj?uuid=d0740cb8891c49a88b6949cb978926f3",
stepUrl: "https://modelcdn.tscircuit.com/easyeda_models/assets/C965799.step?uuid=d0740cb8891c49a88b6949cb978926f3",
pcbRotationOffset: 0,
modelOriginPosition: {
x: -0.000012700000070253736,
y: 0.00005079999993995443,
z: -0.01
}
}
}, restProps));
};
var denseTraceProps = { thickness: "0.1mm" };
var gndLabel = { displayName: "GND", schDisplayLabel: "GND" };
var vbusLabel = { displayName: "VBUS", schDisplayLabel: "VBUS" };
var vsysLabel = { displayName: "VSYS", schDisplayLabel: "VSYS" };
var v3v3Label = { displayName: "V3V3", schDisplayLabel: "V3V3" };
var v1v1Label = { displayName: "V1V1", schDisplayLabel: "V1V1" };
var adcRefLabel = {
displayName: "ADC_REF",
schDisplayLabel: "ADC_REF"
};
var schSections = {
rp2040: (name) => `${name}__rp2040`,
usb: (name) => `${name}__usb`,
power: (name) => `${name}__power`,
flash: (name) => `${name}__flash`,
clock: (name) => `${name}__clock`,
controls: (name) => `${name}__controls`,
display: (name) => `${name}__display`,
status: (name) => `${name}__status`,
debug: (name) => `${name}__debug`
};
var Microcontroller_RP2040 = (_a) => {
var _b = _a, { name = "Microcontroller_RP2040", connections } = _b, props = __objRest(_b, [
"name",
"connections"
]);
var programmingSchSheetName = props.schSheetName === "controller" ? "controller_programming" : undefined;
var supportSchSheetName = props.schSheetName === "controller" ? "controller_support" : undefined;
var debugSchSheetName = props.schSheetName === "controller" ? "controller_debug" : undefined;
var auxSchSheetName = props.schSheetName === "controller" ? "controller_aux" : undefined;
var supplySchSheetName = props.schSheetName === "controller" ? "logic_supply" : undefined;
var flashSchSheetName = props.schSheetName === "controller" ? "flash" : undefined;
var resistor0402Footprint = () => /* @__PURE__ */ jsxs11("footprint", { children: [
/* @__PURE__ */ jsx20("smtpad", {
portHints: ["pin1"],
pcbX: "-0.432816mm",
pcbY: "0mm",
width: "0.565658mm",
height: "0.540004mm",
shape: "rect"
}),
/* @__PURE__ */ jsx20("smtpad", {
portHints: ["pin2"],
pcbX: "0.432816mm",
pcbY: "0mm",
width: "0.565658mm",
height: "0.540004mm",
shape: "rect"
})
] });
var capacitor0402Footprint = () => /* @__PURE__ */ jsxs11("footprint", { children: [
/* @__PURE__ */ jsx20("smtpad", {
portHints: ["pin1"],
pcbX: "-0.420116mm",
pcbY: "0mm",
width: "0.499999mm",
height: "0.540004mm",
shape: "rect"
}),
/* @__PURE__ */ jsx20("smtpad", {
portHints: ["pin2"],
pcbX: "0.420116mm",
pcbY: "0mm",
width: "0.499999mm",
height: "0.540004mm",
shape: "rect"
})
] });
return /* @__PURE__ */ jsxs11("group", __spreadProps(__spreadValues({ name }, props), { children: [
jsxs11("group", { name: "CONTROLLER_MAIN", pcbRelative: true, schAutoLayoutEnabled: true, children: [
jsxs11("group", { name: "CONTROLLER_IC", pcbRelative: true, children: [
/* @__PURE__ */ jsx20(RP2040, {
name: "U1",
pinAttributes: {
IOVDD1: { requiresPower: true },
GND: { requiresGround: true }
},
connections,
showPinAliases: true,
schSectionName: schSections.rp2040(name),
pcbX: 0,
pcbY: 0.5
}),
] }),
jsxs11("group", { name: "IO_BYPASS", pcbRelative: true, schGrid: true, gridCols: 3, gridColumnGap: 1.25, gridRowGap: 1.6, children: [
/* @__PURE__ */ spacedSymbol("capacitor", {
name: "C_IOVDD1",
capacitance: "100nF",
footprint: "0402",
supplierPartNumbers: { jlcpcb: ["C1525"] },
manufacturerPartNumber: "CL05B104KO5NNNC",
schSectionName: schSections.rp2040(name),
schOrientation: "vertical",
pcbX: -4.4,
pcbY: -5
}),
/* @__PURE__ */ spacedSymbol("capacitor", {
name: "C_IOVDD2",
capacitance: "100nF",
footprint: "0402",
supplierPartNumbers: { jlcpcb: ["C1525"] },
manufacturerPartNumber: "CL05B104KO5NNNC",
schSectionName: schSections.rp2040(name),
schOrientation: "vertical",
pcbX: -3,
pcbY: 6
}),
/* @__PURE__ */ spacedSymbol("capacitor", {
name: "C_IOVDD3",
capacitance: "100nF",
footprint: "0402",
supplierPartNumbers: { jlcpcb: ["C1525"] },
manufacturerPartNumber: "CL05B104KO5NNNC",
schSectionName: schSections.rp2040(name),
schOrientation: "vertical",
pcbRotation: 0,
pcbX: -8.125,
pcbY: -1.25
}),
/* @__PURE__ */ spacedSymbol("capacitor", {
name: "C_IOVDD4",
capacitance: "100nF",
footprint: "0402",
supplierPartNumbers: { jlcpcb: ["C1525"] },
manufacturerPartNumber: "CL05B104KO5NNNC",
schSectionName: schSections.rp2040(name),
schOrientation: "vertical",
pcbX: -4.4,
pcbY: -6
}),
/* @__PURE__ */ spacedSymbol("capacitor", {
name: "C_IOVDD5",
capacitance: "100nF",
footprint: "0402",
supplierPartNumbers: { jlcpcb: ["C1525"] },
manufacturerPartNumber: "CL05B104KO5NNNC",
schSectionName: schSections.rp2040(name),
schOrientation: "vertical",
pcbRotation: -90,
pcbX: -6.875,
pcbY: -5
}),
/* @__PURE__ */ spacedSymbol("capacitor", {
name: "C_IOVDD6",
pcbRotation: 90,
capacitance: "100nF",
footprint: "0402",
supplierPartNumbers: { jlcpcb: ["C1525"] },
manufacturerPartNumber: "CL05B104KO5NNNC",
schSectionName: schSections.rp2040(name),
schOrientation: "vertical",
pcbX: -5.375,
pcbY: 3.75
}),
] }), jsxs11("group", { name: "CORE_BYPASS", pcbRelative: true, schGrid: true, gridCols: 3, gridColumnGap: 1.25, gridRowGap: 1.6, children: [
/* @__PURE__ */ spacedSymbol("capacitor", {
name: "C_CORE",
capacitance: "1uF",
footprint: "0402",
supplierPartNumbers: { jlcpcb: ["C52923"] },
maxDecouplingTraceLength: 1.5,
schSectionName: schSections.rp2040(name),
schOrientation: "vertical",
pcbX: 1.6,
pcbY: 5.7,
pcbRotation: 90
}),
/* @__PURE__ */ spacedSymbol("capacitor", {
name: "C_DVDD1",
capacitance: "100nF",
footprint: "0402",
supplierPartNumbers: { jlcpcb: ["C1525"] },
maxDecouplingTraceLength: 1.5,
schSectionName: schSections.rp2040(name),
schOrientation: "vertical",
pcbX: -0.8,
pcbY: 5.65,
pcbRotation: 90
}),
/* @__PURE__ */ spacedSymbol("capacitor", {
name: "C_DVDD2",
capacitance: "100nF",
footprint: "0402",
supplierPartNumbers: { jlcpcb: ["C1525"] },
schSectionName: schSections.rp2040(name),
schOrientation: "vertical",
pcbX: 2.8,
pcbY: -4.5
}),
] }),
] }),
jsxs11("group", { name: "LOGIC_POWER", pcbRelative: true, schAutoLayoutEnabled: true, schSheetName: supplySchSheetName, children: [
jsxs11("group", { name: "LOGIC_REGULATOR", pcbRelative: true, schMarginTop: 2.5, children: [
/* @__PURE__ */ jsx20(B5819W_SL, {
name: "D_VBUS",
schSheetName: supplySchSheetName,
schSectionName: "MCU__programming_supply",
pcbX: -3.375,
pcbY: 16.75,
pcbRotation: 0,
schRotation: 0
}),
/* @__PURE__ */ spacedSymbol("resistor", {
name: "R_3V3_EN",
resistance: "100k",
footprint: "0402",
supplierPartNumbers: { jlcpcb: ["C25741"] },
manufacturerPartNumber: "0402WGF1003TCE",
schSheetName: supplySchSheetName,
schSectionName: "MCU__programming_supply",
pcbX: -5.375,
pcbY: 13.75,
pcbRotation: 270,
schRotation: -90
}),
/* @__PURE__ */ spacedSymbol("capacitor", {
name: "C_VBUS",
capacitance: "10uF",
footprint: "0603",
supplierPartNumbers: { jlcpcb: ["C19702"] },
schSheetName: supplySchSheetName,
schSectionName: "MCU__programming_supply",
schOrientation: "vertical",
pcbX: -8.875,
pcbY: 11.05,
pcbRotation: 90
}),
/* @__PURE__ */ jsx20(AP2112K_3_3TRG1, {
name: "U3",
pinAttributes: {
VIN: { requiresPower: true },
GND: { requiresGround: true }
},
schSheetName: supplySchSheetName,
schSectionName: "MCU__programming_supply",
pcbX: -7.875,
pcbY: 14.25,
pcbRotation: 180
}),
] }),
jsxs11("group", { name: "LOGIC_BYPASS", pcbRelative: true, schMarginTop: 2.5, schGrid: true, gridCols: 2, gridColumnGap: 1.25, gridRowGap: 1.6, schSheetName: supplySchSheetName, children: [
/* @__PURE__ */ spacedSymbol("capacitor", {
name: "C_FLASH",
capacitance: "100nF",
footprint: "0402",
supplierPartNumbers: { jlcpcb: ["C1525"] },
maxDecouplingTraceLength: 1.3,
schSheetName: supplySchSheetName,
schSectionName: "MCU__programming_bypass",
schOrientation: "vertical",
pcbX: -0.4,
pcbY: 8.1,
pcbRotation: -90
}),
/* @__PURE__ */ spacedSymbol("capacitor", {
name: "C_USB_VDD",
capacitance: "100nF",
footprint: "0402",
supplierPartNumbers: { jlcpcb: ["C1525"] },
maxDecouplingTraceLength: 1.5,
schSheetName: supplySchSheetName,
schSectionName: "MCU__programming_bypass",
schOrientation: "vertical",
pcbX: 0.4,
pcbY: 5.7,
pcbRotation: 90
}),
/* @__PURE__ */ spacedSymbol("capacitor", {
name: "C_3V3",
pcbRotation: 0,
capacitance: "10uF",
footprint: "0603",
supplierPartNumbers: { jlcpcb: ["C19702"] },
schSheetName: supplySchSheetName,
schSectionName: "MCU__programming_bypass",
schOrientation: "vertical",
pcbX: -4.875,
pcbY: 10.75
}),
/* @__PURE__ */ spacedSymbol("capacitor", {
name: "C_USB",
capacitance: "1uF",
footprint: "0402",
supplierPartNumbers: { jlcpcb: ["C52923"] },
maxDecouplingTraceLength: 1.5,
schSheetName: supplySchSheetName,
schSectionName: "MCU__programming_bypass",
schOrientation: "vertical",
pcbX: 2.8,
pcbY: 5.65,
pcbRotation: 90
}),
] }),
] }),
/* @__PURE__ */ jsx20("schematicsection", {
name: schSections.rp2040(name),
displayName: "Motion control — generates step and direction signals"
}),
programmingSchSheetName ? null : /* @__PURE__ */ jsx20("schematicsection", {
name: schSections.usb(name),
displayName: "Programming USB-C & QSPI"
}),
/* @__PURE__ */ jsx20("schematicsection", { name: schSections.clock(name), schSheetName: supportSchSheetName, displayName: "Clock — provides the 12 MHz timing reference" }),
...[
["power", "Logic checks — filter ADC power and show supply presence"],
["controls", "Boot and reset — select USB loading or restart"],
["debug", "Debug access — exposes SWD and logic rails"],
].map(([section, displayName]) => jsx20("schematicsection", { name: schSections[section](name), schSheetName: section === "controls" ? supportSchSheetName : section === "debug" ? debugSchSheetName : auxSchSheetName, displayName })),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "Y1_G1", from: ".Y1 > .pin2", to: "net.GND" }, gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "Y1_G2", from: ".Y1 > .pin4", to: "net.GND" }, gndLabel)),
/* @__PURE__ */ jsx20("trace", { name: "USB_DN_JOIN", from: ".J_USB > .A7", to: ".J_USB > .B7" }),
/* @__PURE__ */ jsx20("trace", { name: "USB_DN_CONN", from: ".J_USB > .B7", to: ".R_USB1 > .pin1" }),
/* @__PURE__ */ jsx20("trace", { name: "USB_DP_JOIN", from: ".J_USB > .A6", to: ".J_USB > .B6" }),
/* @__PURE__ */ jsx20("trace", { name: "USB_DP_CONN", from: ".J_USB > .B6", to: ".R_USB2 > .pin1" }),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "VBUS_D", from: "net.VBUS", to: ".D_VBUS > .anode" }, vbusLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({
name: "D_VSYS",
from: ".D_VBUS > .cathode",
to: "net.VSYS"
}, vsysLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({
name: "EN_VSYS",
from: ".R_3V3_EN > .pin1",
to: "net.VSYS"
}, vsysLabel)),
/* @__PURE__ */ jsx20("trace", { name: "EN_R", from: ".R_3V3_EN > .pin2", to: ".U3 > .EN" }),
/* @__PURE__ */ jsx20("trace", __spreadValues({
name: "IO5_3V3",
from: ".C_IOVDD5 > .pin1",
to: "net.V3V3"
}, v3v3Label)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "IO5_G", from: ".C_IOVDD5 > .pin2", to: "net.GND" }, gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({
name: "IO6_3V3",
from: ".C_IOVDD6 > .pin1",
to: "net.V3V3"
}, v3v3Label)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "IO6_G", from: ".C_IOVDD6 > .pin2", to: "net.GND" }, gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({
name: "IO3_3V3",
from: ".C_IOVDD3 > .pin1",
to: "net.V3V3"
}, v3v3Label)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "IO3_G", from: ".C_IOVDD3 > .pin2", to: "net.GND" }, gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({
name: "IO4_3V3",
from: ".C_IOVDD4 > .pin1",
to: "net.V3V3"
}, v3v3Label)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "IO4_G", from: ".C_IOVDD4 > .pin2", to: "net.GND" }, gndLabel)),
/* @__PURE__ */ spacedSymbol("resistor", {
name: "R_RUN",
schRotation: 90.0,
resistance: "10k",
footprint: "0402",
supplierPartNumbers: { jlcpcb: ["C25744"] },
manufacturerPartNumber: "0402WGF1002TCE",
schSectionName: schSections.controls(name),
schSheetName: supportSchSheetName,
pcbX: 6.125,
pcbY: -6.25
}),
/* @__PURE__ */ spacedSymbol("capacitor", {
name: "C_ADC",
capacitance: "100nF",
footprint: "0402",
supplierPartNumbers: { jlcpcb: ["C1525"] },
manufacturerPartNumber: "CL05B104KO5NNNC",
schSectionName: schSections.power(name),
schSheetName: auxSchSheetName,
schOrientation: "vertical",
pcbX: 8,
pcbY: -4.4
}),
/* @__PURE__ */ jsx20("trace", __spreadProps(__spreadValues({}, denseTraceProps), {
name: "RUN_R",
from: ".R_RUN > .pin1",
to: ".U1 > .RUN"
})),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "RUN_3V3", from: ".R_RUN > .pin2", to: "net.V3V3" }, v3v3Label)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "TEST_G", from: ".U1 > .TESTEN", to: "net.GND" }, gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({
name: "FLSH_3V3",
from: ".C_FLASH > .pin1",
pcbPath: [".U2 > .VCC"],
to: ".U2 > .VCC"
}, v3v3Label)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "FLSH_G", from: ".C_FLASH > .pin2", to: ".FLASH_GND_VIA > .top", pcbPath: [".FLASH_GND_VIA > .top"] }, gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({
name: "IO1_3V3",
from: ".C_IOVDD1 > .pin1",
to: "net.V3V3"
}, v3v3Label)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "IO1_G", from: ".C_IOVDD1 > .pin2", to: "net.GND" }, gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({
name: "IO2_3V3",
from: ".C_IOVDD2 > .pin1",
to: "net.V3V3"
}, v3v3Label)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "IO2_G", from: ".C_IOVDD2 > .pin2", to: "net.GND" }, gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({
name: "UVDD_3V3",
from: ".C_USB_VDD > .pin1",
pcbPath: [".U1 > .USB_VDD"],
to: ".U1 > .USB_VDD"
}, v3v3Label)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "UVDD_G", from: ".C_USB_VDD > .pin2", to: ".USB_GND_VIA > .top", pcbPath: [".USB_GND_VIA > .top"] }, gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({
name: "ADC_REF",
from: ".C_ADC > .pin1",
to: "net.ADC_VREF"
}, adcRefLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "ADC_G", from: ".C_ADC > .pin2", to: "net.GND" }, gndLabel)),
/* @__PURE__ */ jsx20(TYPE_C_16PIN_2MD_073_, {
name: "J_USB",
noConnect: ["B8", "A8"],
schSheetName: programmingSchSheetName,
schSectionName: schSections.usb(name),
pcbX: 3.125,
pcbY: 22.25,
pcbRotation: 180
}),
/* @__PURE__ */ jsx20(W25Q16JVUXIQ, {
name: "U2",
pinAttributes: {
VCC: { requiresPower: true },
GND: { requiresGround: true }
},
schSheetName: flashSchSheetName,
schSectionName: "MCU__programming_flash",
pcbX: -3,
pcbY: 8.25,
pcbRotation: -90
}),
/* @__PURE__ */ jsx20(X322512MSB4SI, {
name: "Y1",
schSectionName: schSections.clock(name),
schSheetName: supportSchSheetName,
pcbX: -1.2,
pcbY: -6,
pcbRotation: 270
}),
/* @__PURE__ */ jsx20(SKRPACE010, {
name: "SW_BOOT",
pcbRotation: 0,
schSectionName: schSections.controls(name),
schSheetName: supportSchSheetName,
pcbX: 7.375,
pcbY: 16.5
}),
/* @__PURE__ */ jsx20(SKRPACE010, {
name: "SW_RUN",
schSectionName: schSections.controls(name),
schSheetName: supportSchSheetName,
pcbX: 4.125,
pcbY: -8.75,
pcbRotation: 0
}),
/* @__PURE__ */ jsx20(XL_1608SURC_06, {
name: "D_PWR",
schRotation: 0,
color: "green",
schSectionName: schSections.power(name),
schSheetName: auxSchSheetName,
pcbX: -8.875,
pcbY: 17.25,
pcbRotation: 0
}),
/* @__PURE__ */ spacedSymbol("resistor", {
name: "R_BOOT",
schRotation: 90.0,
resistance: "10k",
footprint: "0402",
supplierPartNumbers: { jlcpcb: ["C25744"] },
manufacturerPartNumber: "0402WGF1002TCE",
schSectionName: schSections.controls(name),
schSheetName: supportSchSheetName,
pcbX: 6.375,
pcbY: 13.25,
pcbRotation: 0
}),
/* @__PURE__ */ spacedSymbol("resistor", {
name: "R_PWR_LED",
schRotation: -90.0,
resistance: "330",
footprint: "0402",
supplierPartNumbers: { jlcpcb: ["C25104"] },
manufacturerPartNumber: "0402WGF3300TCE",
schSectionName: schSections.power(name),
schSheetName: auxSchSheetName,
pcbX: -6.5,
pcbY: 18,
pcbRotation: 270
}),
/* @__PURE__ */ spacedSymbol("resistor", {
name: "R_CC1",
schRotation: -90.0,
resistance: "5.1k",
footprint: "0402",
supplierPartNumbers: { jlcpcb: ["C25905"] },
manufacturerPartNumber: "0402WGF5101TCE",
schSheetName: programmingSchSheetName,
schSectionName: schSections.usb(name),
pcbX: 0.625,
pcbY: 16.75
}),
/* @__PURE__ */ spacedSymbol("resistor", {
name: "R_CC2",
schRotation: -90.0,
resistance: "5.1k",
footprint: "0402",
supplierPartNumbers: { jlcpcb: ["C25905"] },
manufacturerPartNumber: "0402WGF5101TCE",
schSheetName: programmingSchSheetName,
schSectionName: schSections.usb(name),
pcbX: 0.625,
pcbY: 18.05
}),
/* @__PURE__ */ spacedSymbol("resistor", {
name: "R_USB1",
resistance: "27",
footprint: "0402",
supplierPartNumbers: { jlcpcb: ["C25100"] },
schSheetName: programmingSchSheetName,
schSectionName: "MCU__usb_series",
pcbX: 4.3,
pcbY: 5.4,
pcbRotation: 180
}),
/* @__PURE__ */ spacedSymbol("resistor", {
name: "R_USB2",
resistance: "27",
footprint: "0402",
supplierPartNumbers: { jlcpcb: ["C25100"] },
schSheetName: programmingSchSheetName,
schSectionName: "MCU__usb_series",
pcbX: 4.3,
pcbY: 6.7,
pcbRotation: 180
}),
/* @__PURE__ */ spacedSymbol("capacitor", {
name: "C_XIN",
capacitance: "15pF",
footprint: "0402",
supplierPartNumbers: { jlcpcb: ["C1548"] },
manufacturerPartNumber: "0402CG150J500NT",
schSectionName: schSections.clock(name),
schSheetName: supportSchSheetName,
schOrientation: "vertical",
pcbX: -2,
pcbY: -9.8
}),
/* @__PURE__ */ spacedSymbol("capacitor", {
name: "C_XOUT",
capacitance: "15pF",
footprint: "0402",
supplierPartNumbers: { jlcpcb: ["C1548"] },
manufacturerPartNumber: "0402CG150J500NT",
schSectionName: schSections.clock(name),
schSheetName: supportSchSheetName,
schOrientation: "vertical",
pcbX: 0,
pcbY: -9.8
}),
/* @__PURE__ */ spacedSymbol("resistor", {
name: "R_XOUT",
resistance: "1k",
footprint: "0402",
supplierPartNumbers: { jlcpcb: ["C11702"] },
schSectionName: schSections.clock(name),
schSheetName: supportSchSheetName,
pcbX: 1.8,
pcbY: -5.8
}),
/* @__PURE__ */ jsx20("inductor", {
name: "L_AVDD",
schRotation: -90.0,
inductance: "600ohm@100MHz",
footprint: /* @__PURE__ */ jsxs11("footprint", { children: [
/* @__PURE__ */ jsx20("smtpad", {
portHints: ["pin1"],
pcbX: "-0.699897mm",
pcbY: "0mm",
width: "0.7999984mm",
height: "0.8640064mm",
shape: "rect"
}),
/* @__PURE__ */ jsx20("smtpad", {
portHints: ["pin2"],
pcbX: "0.699897mm",
pcbY: "0mm",
width: "0.7999984mm",
height: "0.8640064mm",
shape: "rect"
})
] }),
schSectionName: schSections.power(name),
schSheetName: auxSchSheetName,
pcbX: 8.5,
pcbY: 1.25,
supplierPartNumbers: { jlcpcb: ["C19330"] },
manufacturerPartNumber: "BLM18AG601SN1D",
pcbRotation: 90
}),
/* @__PURE__ */ jsx20("testpoint", {
name: "TP_SWCLK",
footprintVariant: "pad",
padShape: "circle",
padDiameter: "1.1mm",
schSectionName: schSections.debug(name),
schSheetName: debugSchSheetName,
pcbX: 1.625,
pcbY: -13.25
}),
/* @__PURE__ */ jsx20("testpoint", {
name: "TP_GND",
footprintVariant: "pad",
padShape: "circle",
padDiameter: "1.1mm",
schSectionName: schSections.debug(name),
schSheetName: debugSchSheetName,
pcbX: -0.875,
pcbY: -13.25
}),
/* @__PURE__ */ jsx20("testpoint", {
name: "TP_SWDIO",
footprintVariant: "pad",
padShape: "circle",
padDiameter: "1.1mm",
schSectionName: schSections.debug(name),
schSheetName: debugSchSheetName,
pcbX: 4.125,
pcbY: -13.25
}),
/* @__PURE__ */ jsx20("testpoint", {
name: "TP_3V3",
footprintVariant: "pad",
padShape: "circle",
padDiameter: "1.1mm",
schSectionName: schSections.debug(name),
schSheetName: debugSchSheetName,
pcbX: 5.125,
pcbY: -11.75
}),
/* @__PURE__ */ jsx20("trace", __spreadProps(__spreadValues({}, denseTraceProps), {
name: "QSPI_SS",
from: ".U1 > .QSPI_SS",
to: ".U2 > .CS",
schDisplayLabel: "QSPI_SS"
})),
/* @__PURE__ */ jsx20("trace", __spreadProps(__spreadValues({}, denseTraceProps), {
name: "QSPI_SD0",
from: ".U1 > .QSPI_SD0",
to: ".U2 > .pin5",
schDisplayLabel: "QSPI_SD0"
})),
/* @__PURE__ */ jsx20("trace", __spreadProps(__spreadValues({}, denseTraceProps), {
name: "QSPI_SD1",
from: ".U1 > .QSPI_SD1",
to: ".U2 > .pin2",
schDisplayLabel: "QSPI_SD1"
})),
/* @__PURE__ */ jsx20("trace", __spreadProps(__spreadValues({}, denseTraceProps), {
name: "QSPI_SD2",
from: ".U1 > .QSPI_SD2",
to: ".U2 > .pin3",
schDisplayLabel: "QSPI_SD2"
})),
/* @__PURE__ */ jsx20("trace", __spreadProps(__spreadValues({}, denseTraceProps), {
name: "QSPI_SD3",
from: ".U1 > .QSPI_SD3",
to: ".U2 > .pin7",
schDisplayLabel: "QSPI_SD3"
})),
/* @__PURE__ */ jsx20("trace", __spreadProps(__spreadValues({}, denseTraceProps), {
name: "QSPI_SCLK",
from: ".U1 > .QSPI_SCLK",
to: ".U2 > .CLK",
schDisplayLabel: "QSPI_SCLK"
})),
/* @__PURE__ */ jsx20("trace", __spreadValues(__spreadProps(__spreadValues({}, denseTraceProps), {
name: "IOVDD1_P",
from: ".U1 > .IOVDD1",
to: "net.V3V3"
}), v3v3Label)),
/* @__PURE__ */ jsx20("trace", __spreadValues(__spreadProps(__spreadValues({}, denseTraceProps), {
name: "IOVDD2_P",
from: ".U1 > .IOVDD2",
to: "net.V3V3"
}), v3v3Label)),
/* @__PURE__ */ jsx20("trace", __spreadValues(__spreadProps(__spreadValues({}, denseTraceProps), {
name: "IOVDD3_P",
from: ".U1 > .IOVDD3",
to: "net.V3V3"
}), v3v3Label)),
/* @__PURE__ */ jsx20("trace", __spreadValues(__spreadProps(__spreadValues({}, denseTraceProps), {
name: "IOVDD4_P",
from: ".U1 > .IOVDD4",
to: "net.V3V3"
}), v3v3Label)),
/* @__PURE__ */ jsx20("trace", __spreadValues(__spreadProps(__spreadValues({}, denseTraceProps), {
name: "IOVDD5_P",
from: ".U1 > .IOVDD5",
to: "net.V3V3"
}), v3v3Label)),
/* @__PURE__ */ jsx20("trace", __spreadValues(__spreadProps(__spreadValues({}, denseTraceProps), {
name: "IOVDD6_P",
from: ".U1 > .IOVDD6",
to: "net.V3V3"
}), v3v3Label)),
/* @__PURE__ */ jsx20("trace", __spreadProps(__spreadValues({}, denseTraceProps), { name: "DVDD1_CAP", from: ".C_DVDD1 > .pin1", to: ".U1 > .DVDD1", pcbPathRelativeTo: ".U1 > .DVDD1", pcbPath: [{ x: -0.20005, y: 3.95 }, ".C_DVDD1 > .pin1"] })),
/* @__PURE__ */ jsx20("trace", __spreadValues(__spreadProps(__spreadValues({}, denseTraceProps), { name: "DVDD1_P", from: ".U1 > .DVDD1", to: "net.V1V1" }), v1v1Label)),
/* @__PURE__ */ jsx20("trace", __spreadProps(__spreadValues({}, denseTraceProps), { name: "VREG_CORE", from: ".U1 > .VREG_VOUT", to: ".C_CORE > .pin1", pcbPath: [".C_CORE > .pin1"] })),
/* @__PURE__ */ jsx20("trace", __spreadValues(__spreadProps(__spreadValues({}, denseTraceProps), { name: "VREG_VOUT_P", from: ".U1 > .VREG_VOUT", to: "net.V1V1" }), v1v1Label)),
/* @__PURE__ */ jsx20("trace", __spreadValues(__spreadProps(__spreadValues({}, denseTraceProps), { name: "DVDD2_P", from: ".U1 > .DVDD2", to: "net.V1V1" }), v1v1Label)),
/* @__PURE__ */ jsx20("trace", __spreadProps(__spreadValues({}, denseTraceProps), { name: "DVDD2_CAP", from: ".U1 > .DVDD2", to: ".C_DVDD2 > .pin1" })),
/* @__PURE__ */ jsx20("trace", __spreadValues(__spreadProps(__spreadValues({}, denseTraceProps), {
name: "VREG_IN_P",
from: ".U1 > .VREG_IN",
to: "net.V3V3"
}), v3v3Label)),
/* @__PURE__ */ jsx20("trace", __spreadValues(__spreadProps(__spreadValues({}, denseTraceProps), {
name: "USB_VDD_P",
from: ".U1 > .USB_VDD",
to: "net.V3V3"
}), v3v3Label)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "GND_G", from: ".U1 > .GND", to: "net.GND" }, gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadProps(__spreadValues({}, denseTraceProps), {
name: "USBV_IO1",
from: ".U1 > .USB_VDD",
to: ".U1 > .IOVDD1"
})),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "VBUS_A", from: ".J_USB > .A4B9", to: "net.VBUS" }, vbusLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "VBUS_B", from: ".J_USB > .B4A9", to: "net.VBUS" }, vbusLabel)),
/* @__PURE__ */ jsx20("trace", __spreadProps(__spreadValues({}, denseTraceProps), {
name: "USB_DN",
from: ".R_USB1 > .pin2",
to: ".U1 > .USB_DM"
})),
/* @__PURE__ */ jsx20("trace", __spreadProps(__spreadValues({}, denseTraceProps), {
name: "USB_DP",
from: ".R_USB2 > .pin2",
to: ".U1 > .USB_DP"
})),
/* @__PURE__ */ jsx20("trace", __spreadProps(__spreadValues({}, denseTraceProps), {
name: "CC1",
from: ".J_USB > .A5",
to: ".R_CC1 > .pin1"
})),
/* @__PURE__ */ jsx20("trace", __spreadProps(__spreadValues({}, denseTraceProps), {
name: "CC2",
from: ".J_USB > .B5",
to: ".R_CC2 > .pin1"
})),
/* @__PURE__ */ jsx20("trace", __spreadValues(__spreadProps(__spreadValues({}, denseTraceProps), {
name: "USB_G",
from: ".J_USB > .A1B12",
to: "net.GND"
}), gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues(__spreadProps(__spreadValues({}, denseTraceProps), {
name: "USB_G_B",
from: ".J_USB > .pin28",
to: "net.GND"
}), gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues(__spreadProps(__spreadValues({}, denseTraceProps), {
name: "USB_EH1",
from: ".J_USB > .EH1",
to: "net.GND"
}), gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues(__spreadProps(__spreadValues({}, denseTraceProps), {
name: "USB_EH1_ALT",
from: ".J_USB > .pin13_alt1",
to: "net.GND"
}), gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues(__spreadProps(__spreadValues({}, denseTraceProps), {
name: "USB_EH2",
from: ".J_USB > .EH2",
to: "net.GND"
}), gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues(__spreadProps(__spreadValues({}, denseTraceProps), {
name: "USB_EH2_ALT",
from: ".J_USB > .pin14_alt1",
to: "net.GND"
}), gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "CC1_G", from: ".R_CC1 > .pin2", to: "net.GND" }, gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "CC2_G", from: ".R_CC2 > .pin2", to: "net.GND" }, gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "VBUS_C", from: "net.VBUS", to: ".C_VBUS > .pin1" }, vbusLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "VBUS_G", from: ".C_VBUS > .pin2", to: ".U3 > .GND" }, gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "VSYS_IN", from: "net.VSYS", to: ".U3 > .VIN" }, vsysLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "REG_3V3", from: ".U3 > .VOUT", to: "net.V3V3" }, v3v3Label)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "REG_G", from: ".U3 > .GND", to: "net.GND" }, gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "C3V3_P", from: ".C_3V3 > .pin1", to: "net.V3V3" }, v3v3Label)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "C3V3_G", from: ".C_3V3 > .pin2", to: "net.GND" }, gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "CORE_G", from: ".C_CORE > .pin2", to: "net.GND" }, gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "CUSB_P", from: ".C_USB > .pin1", to: ".U1 > .VREG_IN", pcbPathRelativeTo: ".U1 > .VREG_IN", pcbPath: [{ x: 2.20055, y: 3.95 }, ".C_USB > .pin1"] }, v3v3Label)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "CUSB_G", from: ".C_USB > .pin2", to: ".VREG_GND_VIA > .top", pcbPath: [".VREG_GND_VIA > .top"] }, gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "AVDD_IN", from: ".L_AVDD > .pin1", to: "net.V3V3" }, v3v3Label)),
/* @__PURE__ */ jsx20("trace", __spreadValues({
name: "AVDD",
from: ".L_AVDD > .pin2",
to: "net.ADC_VREF"
}, adcRefLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({
name: "ADC_AVDD",
from: ".U1 > .ADC_AVDD",
to: "net.ADC_VREF"
}, adcRefLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "FLSH_GND", from: ".U2 > .GND", to: "net.GND" }, gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "FLSH_VCC", from: ".U2 > .VCC", to: "net.V3V3" }, v3v3Label)),
/* @__PURE__ */ jsx20("trace", { name: "FLSH_EP_GND_JOIN", from: ".U2 > .EP", to: ".U2 > .GND" }),
/* @__PURE__ */ jsx20("trace", { name: "XIN", from: ".Y1 > .pin1", to: ".U1 > .XIN", maxViaCount: 0, pcbPathRelativeTo: ".Y1 > .pin1", pcbPath: [{ x: -1.95, y: -0.85 }, { x: -1.95, y: 0.6 }] }),
/* @__PURE__ */ jsx20("trace", { name: "XOUT_R", from: ".Y1 > .pin3", to: ".R_XOUT > .pin1", maxViaCount: 0, pcbStraightLine: true }),
/* @__PURE__ */ jsx20("trace", { name: "XOUT", from: ".R_XOUT > .pin2", to: ".U1 > .XOUT", maxViaCount: 0, pcbPathRelativeTo: ".R_XOUT > .pin2", pcbPath: [{ x: 1.025, y: 0 }, { x: 1.025, y: 2.25 }, { x: -2, y: 2.25 }] }),
/* @__PURE__ */ jsx20("trace", { name: "CXIN", from: ".C_XIN > .pin1", to: ".Y1 > .pin1", maxViaCount: 0, pcbPathRelativeTo: ".C_XIN > .pin1", pcbPath: [{ x: -1, y: 0 }, { x: -1, y: 4.4 }] }),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "CXIN_G", from: ".C_XIN > .pin2", to: "net.GND" }, gndLabel)),
/* @__PURE__ */ jsx20("trace", { name: "CXOUT", from: ".C_XOUT > .pin1", to: ".Y1 > .pin3", maxViaCount: 0, pcbStraightLine: true }),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "CXOUT_G", from: ".C_XOUT > .pin2", to: "net.GND" }, gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "DVDD1_CAP_G", from: ".C_DVDD1 > .pin2", to: "net.GND" }, gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "DVDD2_CAP_G", from: ".C_DVDD2 > .pin2", to: "net.GND" }, gndLabel)),
/* @__PURE__ */ jsx20("trace", { name: "BOOT_SW", from: ".SW_BOOT > .pin1", to: ".U1 > .QSPI_SS" }),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "BOOT_G", from: ".SW_BOOT > .pin3", to: "net.GND" }, gndLabel)),
/* @__PURE__ */ jsx20("trace", { name: "BOOT_R", from: ".R_BOOT > .pin1", to: ".U1 > .QSPI_SS" }),
/* @__PURE__ */ jsx20("trace", __spreadValues({
name: "BOOT_3V3",
from: ".R_BOOT > .pin2",
to: "net.V3V3"
}, v3v3Label)),
/* @__PURE__ */ jsx20("trace", { name: "RUN_SW", from: ".SW_RUN > .pin1", to: ".U1 > .RUN" }),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "RUN_G", from: ".SW_RUN > .pin4", to: "net.GND" }, gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({
name: "PLED_3V3",
from: "net.V3V3",
to: ".R_PWR_LED > .pin1"
}, v3v3Label)),
/* @__PURE__ */ jsx20("trace", { name: "PLED_D", from: ".R_PWR_LED > .pin2", to: ".D_PWR > .anode" }),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "PLED_G", from: ".D_PWR > .cathode", to: ".U3 > .GND" }, gndLabel)),
/* @__PURE__ */ jsx20("trace", { name: "SWCLK", from: ".U1 > .SWCLK", to: ".TP_SWCLK > .pin1" }),
/* @__PURE__ */ jsx20("trace", { name: "SWD", from: ".U1 > .SWD", to: ".TP_SWDIO > .pin1" }),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "TP_G", from: ".TP_GND > .pin1", to: "net.GND" }, gndLabel)),
/* @__PURE__ */ jsx20("trace", __spreadValues({ name: "TP3V3_T", from: ".TP_3V3 > .pin1", to: "net.V3V3" }, v3v3Label)),
// Local ground vias keep the bypass return paths short on both copper planes.
jsx20("via", { name: "FLASH_GND_VIA", pcbX: 0.25, pcbY: 7.59, fromLayer: "top", toLayer: "bottom", outerDiameter: 0.45, holeDiameter: 0.2, connectsTo: "net.GND" }),
jsx20("via", { name: "USB_GND_VIA", pcbX: 0.4, pcbY: 6.85, fromLayer: "top", toLayer: "bottom", outerDiameter: 0.45, holeDiameter: 0.2, connectsTo: "net.GND" }),
jsx20("via", { name: "VREG_GND_VIA", pcbX: 2.8, pcbY: 6.8, fromLayer: "top", toLayer: "bottom", outerDiameter: 0.45, holeDiameter: 0.2, connectsTo: "net.GND" }),
/* @__PURE__ */ jsx20("silkscreentext", { text: "BOOT", fontSize: "0.8mm", pcbX: 12, pcbY: 14 }),
/* @__PURE__ */ jsx20("silkscreentext", { text: "RUN", fontSize: "0.8mm", pcbX: 2, pcbY: -10.5 }),
/* @__PURE__ */ jsx20("silkscreentext", { text: "PWR", fontSize: "0.8mm", pcbX: -5.5, pcbY: 15 }),
/* @__PURE__ */ jsx20("silkscreentext", { text: "USB-C", fontSize: "0.9mm", pcbX: 0, pcbY: 25 })
] }));
};
export { Microcontroller_RP2040 };
// Leave label and wire room to the native schematic autolayout.
function spacedSymbol(type, props) { return jsx20(type, { schMarginX: 0.35, schMarginY: 0.7, ...props }) }
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