seveibar/f1c100s-linux-dev-board
A 4-layer F1C100S Linux development carrier board with USB‑C power/data, multi-rail LDOs, SPI NOR flash, reset/boot interfaces, I²C/SPI/UART headers, ESD protection, and a buffered 5‑V clocked RGB LED.
- Version
- 1.9.2
- License
- unset
- Stars
- 1
modules/f1c100s/imports/F1C100S.tsx
import type { ChipProps } from "@tscircuit/props"
export const pinLabels = {
pin1: ["HPL"],
pin2: ["HPCOMFB"],
pin3: ["HPCOM"],
pin4: ["HPVCC"],
pin5: ["VCC_IO1"],
pin6: ["PD0"],
pin7: ["PD1"],
pin8: ["PD2"],
pin9: ["PD3"],
pin10: ["PD4"],
pin11: ["PD5"],
pin12: ["PD6"],
pin13: ["PD7"],
pin14: ["PD8"],
pin15: ["PD9"],
pin16: ["PD10"],
pin17: ["PD11"],
pin18: ["PD12"],
pin19: ["PD13"],
pin20: ["VCC_IO2"],
pin21: ["PD14"],
pin22: ["VDD_CORE1"],
pin23: ["PD15"],
pin24: ["PD16"],
pin25: ["PD17"],
pin26: ["PD18"],
pin27: ["PD19"],
pin28: ["PD20"],
pin29: ["PD21"],
pin30: ["VCC_DRAM1"],
pin31: ["VCC_DRAM2"],
pin32: ["VCC_DRAM3"],
pin33: ["SVREF"],
pin34: ["VCC_DRAM4"],
pin35: ["VDD_CORE2"],
pin36: ["VCC_DRAM5"],
pin37: ["PE12"],
pin38: ["PE11"],
pin39: ["PE10"],
pin40: ["PE9"],
pin41: ["PE8"],
pin42: ["PE7"],
pin43: ["PE6"],
pin44: ["PE5"],
pin45: ["PE4"],
pin46: ["PE3"],
pin47: ["PE2"],
pin48: ["PE1"],
pin49: ["PE0"],
pin50: ["VCC_IO3"],
pin51: ["HOSCI"],
pin52: ["HOSCO"],
pin53: ["PF5"],
pin54: ["PF4"],
pin55: ["PF3"],
pin56: ["PF2"],
pin57: ["PF1"],
pin58: ["PF0"],
pin59: ["PC0"],
pin60: ["PC1"],
pin61: ["PC2"],
pin62: ["PC3"],
pin63: ["TPY2"],
pin64: ["TPY1"],
pin65: ["TPX2"],
pin66: ["TPX1"],
pin67: ["UVCC"],
pin68: ["USB_DM"],
pin69: ["USB_DP"],
pin70: ["RESET"],
pin71: ["VDD_CORE3"],
pin72: ["TVOUT"],
pin73: ["TV_VCC"],
pin74: ["TVGND"],
pin75: ["TV_VRN"],
pin76: ["TV_VRP"],
pin77: ["TVIN1"],
pin78: ["TVIN0"],
pin79: ["LRADC0"],
pin80: ["AVCC"],
pin81: ["VRA1"],
pin82: ["AGND"],
pin83: ["VRA2"],
pin84: ["FMINL"],
pin85: ["FMINR"],
pin86: ["LINL"],
pin87: ["MICIN"],
pin88: ["HPR"],
pin89: ["GND", "thermalpad"]
} as const
/** Allwinner F1C100S Rev 1.0 §§4.1–4.3, 5.2 (pp.12–18).
* Supply voltages are datasheet nominal values, not absolute maxima or ranges.
* GPIO alternate functions are capabilities, not firmware-selected functions.
* Analog direction uses §4.3. SVREF is only specified as P; no voltage invented.
*/
export const pinAttributes = {
pin1: {"isOutput": true},
pin2: {"isInput": true},
pin3: {"isOutput": true},
pin4: {"requiresPower": true, "mustBeConnected": true, "shouldHaveDecouplingCapacitor": true},
pin5: {"requiresPower": true, "requiresVoltage": 3.3, "mustBeConnected": true, "shouldHaveDecouplingCapacitor": true},
pin6: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["i2c_sda"], "canUseOpenDrain": true},
pin7: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true},
pin8: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true},
pin9: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["uart_rx"]},
pin10: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["uart_tx"]},
pin11: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["i2c_scl"], "canUseOpenDrain": true},
pin12: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["i2c_sda"], "canUseOpenDrain": true},
pin13: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true},
pin14: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true},
pin15: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true},
pin16: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true},
pin17: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true},
pin18: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["i2c_scl"], "canUseOpenDrain": true},
pin19: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["uart_tx"]},
pin20: {"requiresPower": true, "requiresVoltage": 3.3, "mustBeConnected": true, "shouldHaveDecouplingCapacitor": true},
pin21: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["uart_rx"]},
pin22: {"requiresPower": true, "requiresVoltage": 1.1, "mustBeConnected": true, "shouldHaveDecouplingCapacitor": true},
pin23: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["i2c_scl"], "canUseOpenDrain": true},
pin24: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["i2c_sda"], "canUseOpenDrain": true},
pin25: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true},
pin26: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["spi_cs"]},
pin27: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["spi_mosi"]},
pin28: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["spi_sck"]},
pin29: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["spi_miso"]},
pin30: {"requiresPower": true, "requiresVoltage": 2.5, "mustBeConnected": true, "shouldHaveDecouplingCapacitor": true},
pin31: {"requiresPower": true, "requiresVoltage": 2.5, "mustBeConnected": true, "shouldHaveDecouplingCapacitor": true},
pin32: {"requiresPower": true, "requiresVoltage": 2.5, "mustBeConnected": true, "shouldHaveDecouplingCapacitor": true},
pin33: {"isPassive": true, "mustBeConnected": true},
pin34: {"requiresPower": true, "requiresVoltage": 2.5, "mustBeConnected": true, "shouldHaveDecouplingCapacitor": true},
pin35: {"requiresPower": true, "requiresVoltage": 1.1, "mustBeConnected": true, "shouldHaveDecouplingCapacitor": true},
pin36: {"requiresPower": true, "requiresVoltage": 2.5, "mustBeConnected": true, "shouldHaveDecouplingCapacitor": true},
pin37: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["i2c_sda"], "canUseOpenDrain": true},
pin38: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["i2c_scl"], "canUseOpenDrain": true},
pin39: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["spi_miso"]},
pin40: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["spi_sck"]},
pin41: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["uart_rx", "spi_mosi"]},
pin42: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["uart_tx", "spi_cs"]},
pin43: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true},
pin44: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true},
pin45: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true},
pin46: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true},
pin47: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true},
pin48: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["i2c_scl", "uart_tx"], "canUseOpenDrain": true},
pin49: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["i2c_sda", "uart_rx"], "canUseOpenDrain": true},
pin50: {"requiresPower": true, "requiresVoltage": 3.3, "mustBeConnected": true, "shouldHaveDecouplingCapacitor": true},
pin51: {"isInput": true},
pin52: {"isOutput": true},
pin53: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true},
pin54: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["uart_tx"]},
pin55: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true},
pin56: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["uart_rx"]},
pin57: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true},
pin58: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true},
pin59: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["spi_sck"]},
pin60: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["spi_cs"], "isUsingInternalPullup": true},
pin61: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["spi_miso"]},
pin62: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "canUseInternalPullup": true, "canUseInternalPulldown": true, "capabilities": ["spi_mosi", "uart_tx"]},
pin63: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "capabilities": ["uart_rx", "spi_sck"]},
pin64: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "capabilities": ["uart_tx", "spi_miso"]},
pin65: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "capabilities": ["spi_mosi"]},
pin66: {"isBidirectional": true, "isGpio": true, "canUseTriState": true, "capabilities": ["spi_cs"]},
pin67: {"requiresPower": true, "requiresVoltage": 3.3, "mustBeConnected": true, "shouldHaveDecouplingCapacitor": true},
pin68: {"isBidirectional": true},
pin69: {"isBidirectional": true},
pin70: {"isInput": true},
pin71: {"requiresPower": true, "requiresVoltage": 1.1, "mustBeConnected": true, "shouldHaveDecouplingCapacitor": true},
pin72: {"isOutput": true},
pin73: {"requiresPower": true, "requiresVoltage": 3.3, "mustBeConnected": true, "shouldHaveDecouplingCapacitor": true},
pin74: {"requiresGround": true, "mustBeConnected": true},
pin75: {"isInput": true},
pin76: {"isInput": true},
pin77: {"isInput": true},
pin78: {"isInput": true},
pin79: {"isInput": true},
pin80: {"requiresPower": true, "requiresVoltage": 2.8, "mustBeConnected": true, "shouldHaveDecouplingCapacitor": true},
pin81: {"isOutput": true},
pin82: {"requiresGround": true, "mustBeConnected": true},
pin83: {"isOutput": true},
pin84: {"isInput": true},
pin85: {"isInput": true},
pin86: {"isInput": true},
pin87: {"isInput": true},
pin88: {"isOutput": true},
pin89: {"requiresGround": true, "mustBeConnected": true},
} as const satisfies Partial<NonNullable<ChipProps<typeof pinLabels>["pinAttributes"]>>
export const F1C100S = (props: ChipProps<typeof pinLabels>) => {
return (
<chip
pinLabels={pinLabels}
pinAttributes={pinAttributes}
supplierPartNumbers={{
"jlcpcb": [
"C1511928"
]
}}
manufacturerPartNumber="F1C100S"
footprint="mlp88_thermalpad6.75mmx6.75mm_p0.4mm_h11mm_pw0.2mm_pl0.8mm_pin1location(bottomside,left)_rounded0"
cadModel={{
objUrl: "https://modelcdn.tscircuit.com/easyeda_models/assets/C1511928.obj?uuid=839c59418f7e49458bab28c15acbb729",
stepUrl: "https://modelcdn.tscircuit.com/easyeda_models/assets/C1511928.step?uuid=839c59418f7e49458bab28c15acbb729",
pcbRotationOffset: 0,
modelOriginPosition: { x: 0, y: 0, z: 0 },
}}
{...props}
/>
)
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