imrishabh18/pedometer
A compact 4-layer Bluetooth pedometer PCB built around a CC2340R5 radio MCU, 2.4 GHz antenna/matching network, crystals, power-management and battery-fuel-gauge ICs, accelerometer, USB-C charging, OLED/debug connectors, and supporting passives.
- Version
- 1.1.6
- License
- unset
- Stars
- 0
imports/CC2340R52E0RGER.tsx
import type { ChipProps, PinAttributeMap } from "@tscircuit/props"
const pinLabels = {
pin1: ["ANT"],
pin2: ["VDDR1"],
pin3: ["DIO8"],
pin4: ["DIO11"],
pin5: ["DIO12"],
pin6: ["DIO13"],
pin7: ["DIO16_SWDIO"],
pin8: ["DIO17_SWDCK"],
pin9: ["DIO20_A11"],
pin10: ["DIO21_A10"],
pin11: ["VDDS1"],
pin12: ["DIO24_A7"],
pin13: ["RSTN"],
pin14: ["DIO3_X32P"],
pin15: ["DIO4_X32N"],
pin16: ["VDDD"],
pin17: ["DCDC"],
pin18: ["VDDS2"],
pin19: ["DIO6_A1"],
pin20: ["VDDR2"],
pin21: ["X48P"],
pin22: ["X48N"],
pin23: ["GND"],
pin24: ["VDDS3"],
pin25: ["EP"]
} as const
export const cc2340PinAttributes: Record<string, PinAttributeMap> = {
pin23: {requiresGround: true, mustBeConnected: true},
pin1: {isBidirectional: true},
pin2: {mustBeConnected: true, shouldHaveDecouplingCapacitor: true, recommendedDecouplingCapacitorCapacitance: "10uF"},
pin3: {isBidirectional: true, capabilities: ["spi_sck","i2c_sda"], canUseInternalPullup: true, canUseInternalPulldown: true, canUseOpenDrain: true, canUsePushPull: true, isGpio: true},
pin4: {isBidirectional: true, capabilities: ["spi_cs","spi_miso"], canUseInternalPullup: true, canUseInternalPulldown: true, canUseOpenDrain: true, canUsePushPull: true, isGpio: true},
pin5: {isBidirectional: true, capabilities: ["spi_miso","spi_mosi","uart_rx","i2c_sda"], canUseInternalPullup: true, canUseInternalPulldown: true, canUseOpenDrain: true, canUsePushPull: true, isGpio: true},
pin6: {isBidirectional: true, capabilities: ["spi_miso","spi_mosi","uart_tx"], canUseInternalPullup: true, canUseInternalPulldown: true, canUseOpenDrain: true, canUsePushPull: true, isGpio: true},
pin7: {isBidirectional: true, capabilities: ["spi_mosi","uart_rx","i2c_sda"], canUseInternalPullup: true, canUseInternalPulldown: true, canUseOpenDrain: true, canUsePushPull: true, isGpio: true},
pin8: {isBidirectional: true, capabilities: ["spi_sck","uart_tx","i2c_scl"], canUseInternalPullup: true, canUseInternalPulldown: true, canUseOpenDrain: true, canUsePushPull: true, isGpio: true},
pin9: {isBidirectional: true, capabilities: ["uart_tx","uart_rx","spi_miso"], canUseInternalPullup: true, canUseInternalPulldown: true, canUseOpenDrain: true, canUsePushPull: true, isGpio: true},
pin10: {isBidirectional: true, capabilities: ["spi_miso"], canUseInternalPullup: true, canUseInternalPulldown: true, canUseOpenDrain: true, canUsePushPull: true, isGpio: true},
pin11: {requiresPower: true, mustBeConnected: true, shouldHaveDecouplingCapacitor: true},
pin12: {isBidirectional: true, capabilities: ["spi_sck","i2c_scl"], canUseInternalPullup: true, canUseInternalPulldown: true, canUseOpenDrain: true, canUsePushPull: true, isGpio: true},
pin13: {isInput: true},
pin14: {isBidirectional: true, canUseInternalPullup: true, canUseInternalPulldown: true, canUseOpenDrain: true, canUsePushPull: true, isGpio: true},
pin15: {isBidirectional: true, capabilities: ["uart_tx","spi_mosi"], canUseInternalPullup: true, canUseInternalPulldown: true, canUseOpenDrain: true, canUsePushPull: true, isGpio: true},
pin16: {mustBeConnected: true, shouldHaveDecouplingCapacitor: true},
pin18: {requiresPower: true, mustBeConnected: true, shouldHaveDecouplingCapacitor: true},
pin19: {isBidirectional: true, capabilities: ["spi_cs","i2c_scl","uart_tx"], canUseInternalPullup: true, canUseInternalPulldown: true, canUseOpenDrain: true, canUsePushPull: true, isGpio: true},
pin20: {mustBeConnected: true, shouldHaveDecouplingCapacitor: true, recommendedDecouplingCapacitorCapacitance: "10uF"},
pin24: {requiresPower: true, mustBeConnected: true, shouldHaveDecouplingCapacitor: true},
pin25: {mustBeConnected: true}
} satisfies NonNullable<ChipProps["pinAttributes"]>
export const CC2340R52E0RGER = ({pinAttributes: selectedPinAttributes, ...props}: ChipProps<typeof pinLabels>) => {
// Keep imported hardware capabilities while applying this board's selected
// functions/electrical settings to each physical pin.
const overrides: Record<string, PinAttributeMap> = selectedPinAttributes ?? {};
const pinAttributes = Object.fromEntries(
Object.keys({...cc2340PinAttributes, ...overrides}).map(pin=>[
pin, {...cc2340PinAttributes[pin], ...overrides[pin]},
]),
);
return (
<chip
pinLabels={pinLabels}
pinAttributes={pinAttributes}
supplierPartNumbers={{
"jlcpcb": [
"C20416850"
]
}}
manufacturerPartNumber="CC2340R52E0RGER"
footprint={<footprint>
<smtpad portHints={["pin1"]} pcbX="-1.89992mm" pcbY="1.250061mm" width="0.5999988mm" height="0.2500122mm" shape="rect" />
<smtpad portHints={["pin2"]} pcbX="-1.89992mm" pcbY="0.750189mm" width="0.5999988mm" height="0.2500122mm" shape="rect" />
<smtpad portHints={["pin3"]} pcbX="-1.89992mm" pcbY="0.250063mm" width="0.5999988mm" height="0.2500122mm" shape="rect" />
<smtpad portHints={["pin4"]} pcbX="-1.89992mm" pcbY="-0.249809mm" width="0.5999988mm" height="0.2500122mm" shape="rect" />
<smtpad portHints={["pin5"]} pcbX="-1.89992mm" pcbY="-0.749935mm" width="0.5999988mm" height="0.2500122mm" shape="rect" />
<smtpad portHints={["pin6"]} pcbX="-1.89992mm" pcbY="-1.249807mm" width="0.5999988mm" height="0.2500122mm" shape="rect" />
<smtpad portHints={["pin7"]} pcbX="-1.250188mm" pcbY="-1.900047mm" width="0.2500122mm" height="0.5999988mm" shape="rect" />
<smtpad portHints={["pin8"]} pcbX="-0.750316mm" pcbY="-1.900047mm" width="0.2500122mm" height="0.5999988mm" shape="rect" />
<smtpad portHints={["pin9"]} pcbX="-0.25019mm" pcbY="-1.900047mm" width="0.2500122mm" height="0.5999988mm" shape="rect" />
<smtpad portHints={["pin10"]} pcbX="0.249682mm" pcbY="-1.900047mm" width="0.2500122mm" height="0.5999988mm" shape="rect" />
<smtpad portHints={["pin11"]} pcbX="0.749808mm" pcbY="-1.900047mm" width="0.2500122mm" height="0.5999988mm" shape="rect" />
<smtpad portHints={["pin12"]} pcbX="1.24968mm" pcbY="-1.900047mm" width="0.2500122mm" height="0.5999988mm" shape="rect" />
<smtpad portHints={["pin13"]} pcbX="1.89992mm" pcbY="-1.250061mm" width="0.5999988mm" height="0.2500122mm" shape="rect" />
<smtpad portHints={["pin14"]} pcbX="1.89992mm" pcbY="-0.749935mm" width="0.5999988mm" height="0.2500122mm" shape="rect" />
<smtpad portHints={["pin15"]} pcbX="1.89992mm" pcbY="-0.250063mm" width="0.5999988mm" height="0.2500122mm" shape="rect" />
<smtpad portHints={["pin16"]} pcbX="1.89992mm" pcbY="0.250063mm" width="0.5999988mm" height="0.2500122mm" shape="rect" />
<smtpad portHints={["pin17"]} pcbX="1.89992mm" pcbY="0.749935mm" width="0.5999988mm" height="0.2500122mm" shape="rect" />
<smtpad portHints={["pin18"]} pcbX="1.89992mm" pcbY="1.250061mm" width="0.5999988mm" height="0.2500122mm" shape="rect" />
<smtpad portHints={["pin19"]} pcbX="1.24968mm" pcbY="1.900047mm" width="0.2500122mm" height="0.5999988mm" shape="rect" />
<smtpad portHints={["pin20"]} pcbX="0.749808mm" pcbY="1.900047mm" width="0.2500122mm" height="0.5999988mm" shape="rect" />
<smtpad portHints={["pin21"]} pcbX="0.249682mm" pcbY="1.900047mm" width="0.2500122mm" height="0.5999988mm" shape="rect" />
<smtpad portHints={["pin22"]} pcbX="-0.25019mm" pcbY="1.900047mm" width="0.2500122mm" height="0.5999988mm" shape="rect" />
<smtpad portHints={["pin23"]} pcbX="-0.750316mm" pcbY="1.900047mm" width="0.2500122mm" height="0.5999988mm" shape="rect" />
<smtpad portHints={["pin24"]} pcbX="-1.250188mm" pcbY="1.900047mm" width="0.2500122mm" height="0.5999988mm" shape="rect" />
<smtpad portHints={["pin25"]} pcbX="0mm" pcbY="-0.000127mm" width="2.4500078mm" height="2.4500078mm" shape="rect" />
<silkscreenpath route={[{"x":-2.1044915999999603,"y":1.7001743999999235},{"x":-2.1044915999999603,"y":2.100148200000035},{"x":-1.7001743999999235,"y":2.1000212000000147}]} />
<silkscreenpath route={[{"x":-2.1001990000000887,"y":-1.6998696000000564},{"x":-2.1001990000000887,"y":-2.0999704000000747},{"x":-1.7001743999999235,"y":-2.0999704000000747}]} />
<silkscreenpath route={[{"x":2.0997926000000007,"y":-1.5999713999999585},{"x":2.0997926000000007,"y":-2.0999704000000747},{"x":1.6998188000001164,"y":-2.0999704000000747}]} />
<silkscreenpath route={[{"x":1.6954753999999639,"y":2.100148200000035},{"x":2.095449199999962,"y":2.100148200000035},{"x":2.095449199999962,"y":1.7001743999999235}]} />
<silkscreencircle pcbX={-1.65} pcbY={1.65} radius={0.12} />
<silkscreentext text="{NAME}" pcbX="-0.228854mm" pcbY="3.209927mm" anchorAlignment="center" fontSize="1mm" />
<courtyardoutline outline={[{x:-2.45,y:-2.45},{x:2.45,y:-2.45},{x:2.45,y:2.45},{x:-2.45,y:2.45},{x:-2.45,y:-2.45}]} />
</footprint>}
cadModel={{
objUrl: "https://modelcdn.tscircuit.com/easyeda_models/assets/C20416850.obj?uuid=d7837941ee5a48928cbbb5a65ba7a879",
stepUrl: "https://modelcdn.tscircuit.com/easyeda_models/assets/C20416850.step?uuid=d7837941ee5a48928cbbb5a65ba7a879",
pcbRotationOffset: 0,
modelOriginPosition: { x: 0, y: 0.000025400000026820635, z: 0 },
}}
{...props}
/>
)
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