hrithik18k/quad-sensor-conditioner

dist/index.cjs

'use strict';

var jsxRuntime = require('react/jsx-runtime');
var React = require('react');

// MCP6004-I/P, Microchip DS20001733L. Four unity-gain sensor buffers.
function QuadSensorConditioner() {
    const nets = {
        V5: ["J1.pin1", "U1.VDD", "C1.pin1", "C2.pin1", "R1.pin1"],
        GND: ["J1.pin2", "U1.VSS", "C1.pin2", "C2.pin2", "LED1.cathode"],
        POWER_LED: ["R1.pin2", "LED1.anode"],
    };
    const channels = [
        { n: 1, side: -1, y: 12, plus: "A_PLUS", minus: "A_MINUS", out: "A_OUT" },
        { n: 2, side: -1, y: -12, plus: "B_PLUS", minus: "B_MINUS", out: "B_OUT" },
        { n: 3, side: 1, y: -12, plus: "C_PLUS", minus: "C_MINUS", out: "C_OUT" },
        { n: 4, side: 1, y: 12, plus: "D_PLUS", minus: "D_MINUS", out: "D_OUT" },
    ];
    for (const { n, plus, minus, out } of channels) {
        nets.V5.push(`JI${n}.pin1`);
        nets.GND.push(`JI${n}.pin3`, `JO${n}.pin2`, `C1${n}.pin2`, `C3${n}.pin2`, `JP${n}.pin2`);
        nets[`IN${n}`] = [`JI${n}.pin2`, `R1${n}.pin1`];
        nets[`FILTER${n}`] = [`R1${n}.pin2`, `C1${n}.pin1`, `C2${n}.pin1`, `U1.${plus}`];
        nets[`SLOW${n}`] = [`C2${n}.pin2`, `JP${n}.pin1`];
        nets[`BUFFER${n}`] = [`U1.${out}`, `U1.${minus}`, `R2${n}.pin1`];
        nets[`OUT${n}`] = [`R2${n}.pin2`, `C3${n}.pin1`, `JO${n}.pin1`];
    }
    return jsxRuntime.jsxs("board", { width: "80mm", height: "64mm", layers: 2, borderRadius: "3mm", title: "QUAD SENSE / MCP6004", autorouter: "auto_local", autorouterVersion: "beta_pipeline7", children: [jsxRuntime.jsx("schematicsection", { name: "Power", displayName: "5 V power" }), jsxRuntime.jsx("schematicsection", { name: "Buffer", displayName: "MCP6004 unity-gain buffers" }), jsxRuntime.jsx("chip", { name: "U1", manufacturerPartNumber: "MCP6004-I/P", footprint: "dip14_w7.62mm", pcbX: 0, pcbY: 0, schX: 0, schY: 0, schSectionName: "Buffer", pinAttributes: { VDD: { requiresPower: true }, VSS: { requiresGround: true } }, pinLabels: { pin1: "A_OUT", pin2: "A_MINUS", pin3: "A_PLUS", pin4: "VDD", pin5: "B_PLUS", pin6: "B_MINUS", pin7: "B_OUT", pin8: "C_OUT", pin9: "C_MINUS", pin10: "C_PLUS", pin11: "VSS", pin12: "D_PLUS", pin13: "D_MINUS", pin14: "D_OUT" }, schPinArrangement: { leftSide: { pins: ["A_PLUS", "A_MINUS", "B_PLUS", "B_MINUS"], direction: "top-to-bottom" }, rightSide: { pins: ["A_OUT", "B_OUT", "C_OUT", "D_OUT"], direction: "top-to-bottom" }, topSide: { pins: ["VDD", "D_PLUS", "D_MINUS"], direction: "left-to-right" }, bottomSide: { pins: ["VSS", "C_PLUS", "C_MINUS"], direction: "left-to-right" } } }), jsxRuntime.jsx("pinheader", { name: "J1", pinCount: 2, footprint: "pinrow2", pcbX: -10, pcbY: -26, schX: -8, schY: -18, schSectionName: "Power", pinLabels: ["5V", "GND"] }), jsxRuntime.jsx("capacitor", { name: "C1", capacitance: "100nF", footprint: "0805", pcbX: -7, pcbY: 0, pcbRotation: 180, schX: -4, schY: -18, schRotation: -90, schSectionName: "Power" }), jsxRuntime.jsx("capacitor", { name: "C2", capacitance: "10uF", footprint: "1206", pcbX: -9, pcbY: -4, schX: -2.5, schY: -18, schRotation: -90, schSectionName: "Power" }), jsxRuntime.jsx("resistor", { name: "R1", resistance: "3.3k", footprint: "0805", pcbX: 4, pcbY: -25, schX: 1, schY: -18, schRotation: -90, schSectionName: "Power" }), jsxRuntime.jsx("led", { name: "LED1", color: "green", footprint: "0805", pcbX: 10, pcbY: -25, schX: 1, schY: -21, schRotation: -90, schSectionName: "Power" }), channels.map(({ n, side, y }) => {
                const sx = side * 20, sy = y > 0 ? 10 : -7;
                return jsxRuntime.jsxs(React.Fragment, { children: [jsxRuntime.jsx("schematicsection", { name: `CH${n}`, displayName: `Channel ${n} / 159 Hz or 14.5 Hz` }), jsxRuntime.jsx("pinheader", { name: `JI${n}`, pinCount: 3, footprint: "pinrow3", pcbX: side * 33, pcbY: y + 5, pcbRotation: 90, schX: sx - 2.7, schY: sy + 1.5, schSectionName: `CH${n}`, pinLabels: ["5V", "IN", "GND"] }), jsxRuntime.jsx("resistor", { name: `R1${n}`, resistance: "10k", footprint: "0805", pcbX: side * 25, pcbY: y + 5, pcbRotation: side > 0 ? 180 : 0, schX: sx - 0.45, schY: sy + 1.5, schSectionName: `CH${n}` }), jsxRuntime.jsx("capacitor", { name: `C1${n}`, capacitance: "100nF", footprint: "0805", pcbX: side * 17, pcbY: y + 5, schX: sx + 1.8, schY: sy + 1.5, schRotation: 90, schSectionName: `CH${n}` }), jsxRuntime.jsx("capacitor", { name: `C2${n}`, capacitance: "1uF", footprint: "0805", pcbX: side * 17, pcbY: y, schX: sx - 0.45, schY: sy - 1.5, schRotation: 90, schSectionName: `CH${n}` }), jsxRuntime.jsx("pinheader", { name: `JP${n}`, pinCount: 2, footprint: "pinrow2", pcbX: side * 25, pcbY: y, schX: sx + 1.8, schY: sy - 1.5, schSectionName: `CH${n}`, pinLabels: ["SLOW", "GND"] }), jsxRuntime.jsx("resistor", { name: `R2${n}`, resistance: "100", footprint: "0805", pcbX: side * 12, pcbY: y - 5, pcbRotation: side < 0 ? 180 : 0, schX: sx - 2.7, schY: sy - 4.5, schSectionName: `CH${n}` }), jsxRuntime.jsx("capacitor", { name: `C3${n}`, capacitance: "10nF", footprint: "0805", pcbX: side * 20, pcbY: y - 5, pcbRotation: side < 0 ? 180 : 0, schX: sx - 0.45, schY: sy - 4.5, schRotation: 90, schSectionName: `CH${n}` }), jsxRuntime.jsx("pinheader", { name: `JO${n}`, pinCount: 2, footprint: "pinrow2", pcbX: side * 33, pcbY: y - 5, pcbRotation: 90, schX: sx + 1.8, schY: sy - 4.5, schSectionName: `CH${n}`, pinLabels: ["OUT", "GND"] }), jsxRuntime.jsx("silkscreentext", { text: `CH${n} / IN`, pcbX: side * 29, pcbY: y + 10, fontSize: 1 }), jsxRuntime.jsx("silkscreentext", { text: "SLOW", pcbX: side * 25, pcbY: y - 2.5, fontSize: 0.7 }), jsxRuntime.jsx("silkscreentext", { text: "OUT", pcbX: side * 33, pcbY: y - 9, fontSize: 0.8 })] }, n);
            }), Object.entries(nets).flatMap(([name, pins]) => pins.map(pin => jsxRuntime.jsx("trace", { name: `${name}_${pin.replace(".", "_")}`, from: pin, to: `net.${name}` }, `${name}-${pin}`))), [-1, 1].flatMap(x => [-1, 1].map(y => jsxRuntime.jsx("hole", { name: `H${x > 0 ? 1 : 2}${y > 0 ? 1 : 2}`, diameter: "3.2mm", pcbX: x * 35, pcbY: y * 27 }, `${x}-${y}`))), jsxRuntime.jsx("silkscreentext", { text: "QUAD SENSE", pcbX: 0, pcbY: 27, fontSize: 2 }), jsxRuntime.jsx("silkscreentext", { text: "4-CHANNEL ANALOG CONDITIONER", pcbX: 0, pcbY: 23, fontSize: 0.9 }), jsxRuntime.jsx("silkscreentext", { text: "REGULATED 5V / REV A", pcbX: 0, pcbY: -30, fontSize: 0.9 })] });
}

module.exports = QuadSensorConditioner;