raspberry_pi_RP2040 module#

Raspberry Pi RP2040 Microcontroller

Component definition for the Raspberry Pi RP2040 dual-core ARM Cortex-M0+ microcontroller. Includes symbol, component, and circuit definitions with complete peripheral support.

class RP2040_Symbol[source]#

Bases: Symbol

Schematic symbol for the RP2040 microcontroller

pin_name_size: float | None = 0.58#: Font size of pin name text of Pin objects in this symbol, in grid units. If unset, defers to a parent Symbol, if a parent exists. This can be overriden at the Pin level by setting its pin_name_size attribute.

pad_name_size: float | None = 0.58#: Font size of pad name text of Pin objects in this symbol, in grid units. If unset, defers to a parent Symbol, if a parent exists. This can be overriden at the Pin level by setting its pad_name_size attribute.

IOVDD5 = Pin(at=(3, 15), direction=<Direction.Up: 'up'>, length=1)#

IOVDD4 = Pin(at=(2, 15), direction=<Direction.Up: 'up'>, length=1)#

IOVDD3 = Pin(at=(1, 15), direction=<Direction.Up: 'up'>, length=1)#

IOVDD2 = Pin(at=(0, 15), direction=<Direction.Up: 'up'>, length=1)#

IOVDD1 = Pin(at=(-1, 15), direction=<Direction.Up: 'up'>, length=1)#

IOVDD0 = Pin(at=(-2, 15), direction=<Direction.Up: 'up'>, length=1)#

ADC_AVDD = Pin(at=(6, 15), direction=<Direction.Up: 'up'>, length=1)#

VREG_IN = Pin(at=(-4, 15), direction=<Direction.Up: 'up'>, length=1)#

VREG_VOUT = Pin(at=(-5, 15), direction=<Direction.Up: 'up'>, length=1)#

USB_VDD = Pin(at=(5, 15), direction=<Direction.Up: 'up'>, length=1)#

DVDD1 = Pin(at=(-7, 15), direction=<Direction.Up: 'up'>, length=1)#

DVDD0 = Pin(at=(-8, 15), direction=<Direction.Up: 'up'>, length=1)#

GPIO0 = Pin(at=(11, 9), direction=<Direction.Right: 'right'>, length=1)#

GPIO1 = Pin(at=(11, 8), direction=<Direction.Right: 'right'>, length=1)#

GPIO2 = Pin(at=(11, 7), direction=<Direction.Right: 'right'>, length=1)#

GPIO3 = Pin(at=(11, 6), direction=<Direction.Right: 'right'>, length=1)#

GPIO4 = Pin(at=(11, 5), direction=<Direction.Right: 'right'>, length=1)#

GPIO5 = Pin(at=(11, 4), direction=<Direction.Right: 'right'>, length=1)#

GPIO6 = Pin(at=(11, 3), direction=<Direction.Right: 'right'>, length=1)#

GPIO7 = Pin(at=(11, 2), direction=<Direction.Right: 'right'>, length=1)#

GPIO8 = Pin(at=(11, 1), direction=<Direction.Right: 'right'>, length=1)#

GPIO9 = Pin(at=(11, 0), direction=<Direction.Right: 'right'>, length=1)#

GPIO10 = Pin(at=(11, -1), direction=<Direction.Right: 'right'>, length=1)#

GPIO11 = Pin(at=(11, -2), direction=<Direction.Right: 'right'>, length=1)#

GPIO12 = Pin(at=(11, -3), direction=<Direction.Right: 'right'>, length=1)#

GPIO13 = Pin(at=(11, -4), direction=<Direction.Right: 'right'>, length=1)#

GPIO14 = Pin(at=(11, -5), direction=<Direction.Right: 'right'>, length=1)#

GPIO15 = Pin(at=(11, -6), direction=<Direction.Right: 'right'>, length=1)#

GPIO16 = Pin(at=(11, -7), direction=<Direction.Right: 'right'>, length=1)#

GPIO17 = Pin(at=(11, -8), direction=<Direction.Right: 'right'>, length=1)#

GPIO18 = Pin(at=(11, -9), direction=<Direction.Right: 'right'>, length=1)#

GPIO19 = Pin(at=(11, -10), direction=<Direction.Right: 'right'>, length=1)#

GPIO20 = Pin(at=(11, -11), direction=<Direction.Right: 'right'>, length=1)#

GPIO21 = Pin(at=(11, -12), direction=<Direction.Right: 'right'>, length=1)#

GPIO22 = Pin(at=(11, -13), direction=<Direction.Right: 'right'>, length=1)#

GPIO23 = Pin(at=(11, -14), direction=<Direction.Right: 'right'>, length=1)#

GPIO24 = Pin(at=(11, -15), direction=<Direction.Right: 'right'>, length=1)#

GPIO25 = Pin(at=(11, -16), direction=<Direction.Right: 'right'>, length=1)#

GPIO26_ADC0 = Pin(at=(11, -18), direction=<Direction.Right: 'right'>, length=1)#

GPIO27_ADC1 = Pin(at=(11, -19), direction=<Direction.Right: 'right'>, length=1)#

GPIO28_ADC2 = Pin(at=(11, -20), direction=<Direction.Right: 'right'>, length=1)#

GPIO29_ADC3 = Pin(at=(11, -21), direction=<Direction.Right: 'right'>, length=1)#

TESTEN = Pin(at=(-5, -23), direction=<Direction.Down: 'down'>, length=1)#

XIN = Pin(at=(-11, -5), direction=<Direction.Left: 'left'>, length=1)#

XOUT = Pin(at=(-11, -7), direction=<Direction.Left: 'left'>, length=1)#

SWCLK = Pin(at=(-11, -16), direction=<Direction.Left: 'left'>, length=1)#

SWD = Pin(at=(-11, -17), direction=<Direction.Left: 'left'>, length=1)#

RUN = Pin(at=(-11, -12), direction=<Direction.Left: 'left'>, length=1)#

USB_DM = Pin(at=(11, 12), direction=<Direction.Right: 'right'>, length=1)#

USB_DP = Pin(at=(11, 13), direction=<Direction.Right: 'right'>, length=1)#

QSPI_SD3 = Pin(at=(-11, 4), direction=<Direction.Left: 'left'>, length=1)#

QSPI_SCLK = Pin(at=(-11, 2), direction=<Direction.Left: 'left'>, length=1)#

QSPI_SD0 = Pin(at=(-11, 7), direction=<Direction.Left: 'left'>, length=1)#

QSPI_SD2 = Pin(at=(-11, 5), direction=<Direction.Left: 'left'>, length=1)#

QSPI_SD1 = Pin(at=(-11, 6), direction=<Direction.Left: 'left'>, length=1)#

QSPI_SS = Pin(at=(-11, 8), direction=<Direction.Left: 'left'>, length=1)#

GND = Pin(at=(0, -23), direction=<Direction.Down: 'down'>, length=1)#

ref_text = Shape[Text]#

value_text = Shape[Text]#

component_box = Polygon(elements=[(11.0, 15.0), (-11.0, 15.0), (-11.0, -23.0), (11.0, -23.0), (11.0, 15.0)], holes=())#

raspberry_pi_text = Shape[Text]#

rp2040_text = Shape[Text]#

class Timer[source]#

Bases: Port

Timer Interface Bundle

timer = Port()#: Timer Pin

class ADC[source]#

Bases: Port

ADC Interface Bundle

adc = Port()#: ADC Pin

class RP2040Component[source]#

Bases: Component

Raspberry Pi RP2040 microcontroller component

mpn: str | None = 'RP2040'#: Manufacturer part number for this component.

reference_designator_prefix: str | None = 'U'#: Reference designator prefix for this component. This will be used to generate a unique reference designator for each component of the same type.

Note

This field is a required data point for matching components between builds. If this value changes (including changing from unset to set), it will be treated as a new component, even if nothing else changes.

IOVDD = [Port(), Port(), Port(), Port(), Port(), Port()]#: I/O supply voltage pins (3.3V nominal)

ADC_AVDD = Port()#: ADC analog supply voltage

VREG_IN = Port()#: Voltage regulator input (1.8V-3.6V)

VREG_VOUT = Port()#: Voltage regulator output (1.1V nominal)

USB_VDD = Port()#: USB supply voltage

DVDD = [Port(), Port()]#: Digital core supply voltage

GPIO = [Port(), Port(), Port(), Port(), Port(), Port(), Port(), Port(), Port(), Port(), Port(), Port(), Port(), Port(), Port(), Port(), Port(), Port(), Port(), Port(), Port(), Port(), Port(), Port(), Port(), Port(), Port(), Port(), Port(), Port()]#: General purpose I/O pins (GPIO0-GPIO29)

TESTEN = Port()#: Test enable pin

XIN = Port()#: Crystal oscillator input

XOUT = Port()#: Crystal oscillator output

SWCLK = Port()#: Serial wire debug clock

SWD = Port()#: Serial wire debug data

RUN = Port()#: Reset/run control pin

USB_DM = Port()#: USB data minus

USB_DP = Port()#: USB data plus

QSPI_SD3 = Port()#: QSPI data line 3

QSPI_SCLK = Port()#: QSPI serial clock

QSPI_SD0 = Port()#: QSPI data line 0 (MOSI)

QSPI_SD2 = Port()#: QSPI data line 2

QSPI_SD1 = Port()#: QSPI data line 1 (MISO)

QSPI_SS = Port()#: QSPI slave select

GND = Port()#: Ground connection

landpattern = QFN(num_leads=56).lead_profile(LeadProfile(span=Toleranced(7, 0, 0), pitch=0.4, type=QFNLead(length=Toleranced(0.4, 0.1, 0.1), width=Toleranced(0.18, 0.05, 0.05), lead_type=LeadProtrusion(name='QuadFlatNoLeads', fillets={<DensityLevel.A: 'A'>: LeadFillets(toe=0.4, heel=0.0, side=-0.04, courtyard_excess=0.5), <DensityLevel.B: 'B'>: LeadFillets(toe=0.3, heel=0.0, side=-0.04, courtyard_excess=0.25), <DensityLevel.C: 'C'>: LeadFillets(toe=0.2, heel=0.0, side=-0.04, courtyard_excess=0.1)})))).package_body(RectanglePackage(height=Toleranced(0.9, 0, 0), width=Toleranced(7, 0, 0), length=Toleranced(7, 0, 0))).thermal_pad(Polygon(elements=((1.55, 1.55), (-1.55, 1.55), (-1.55, -1.55), (1.55, -1.55)), holes=())).density_level(<DensityLevel.C: 'C'>)#

symbol = RP2040_Symbol()#

class RP2040[source]#

Bases: Circuit

Complete RP2040 microcontroller circuit with supporting components

Includes the RP2040 MCU, crystal oscillator, flash memory, power regulation, bypass capacitors, and boot/reset buttons.

Provides GPIO, I2C, SPI(cs=True), USB2(), and ADC interfaces. Use require to access IO.

power = Power()#: Main power supply interface

usb = USB2()#: USB 2.0 interface

self_provide_gpio = PrePostInit#

self_provide_timer = PrePostInit#

class I2C0_SDA[source]#

Bases: Port

I2C0 SDA pin interface

p = Port()#: SDA pin

class I2C0_SCL[source]#

Bases: Port

I2C0 SCL pin interface

p = Port()#: SCL pin

class I2C1_SDA[source]#

Bases: Port

I2C1 SDA pin interface

p = Port()#: SDA pin

class I2C1_SCL[source]#

Bases: Port

I2C1 SCL pin interface

p = Port()#: SCL pin

class SPI0_RX[source]#

Bases: Port

SPI0 RX pin interface

p = Port()#: RX pin

class SPI0_CSn[source]#

Bases: Port

SPI0 CSn pin interface

p = Port()#: CSn pin

class SPI0_SCK[source]#

Bases: Port

SPI0 SCK pin interface

p = Port()#: SCK pin

class SPI0_TX[source]#

Bases: Port

SPI0 TX pin interface

p = Port()#: TX pin

class SPI1_RX[source]#

Bases: Port

SPI1 RX pin interface

p = Port()#: RX pin

class SPI1_CSn[source]#

Bases: Port

SPI1 CSn pin interface

p = Port()#: CSn pin

class SPI1_SCK[source]#

Bases: Port

SPI1 SCK pin interface

p = Port()#: SCK pin

class SPI1_TX[source]#

Bases: Port

SPI1 TX pin interface

p = Port()#: TX pin

class UART0_RX[source]#

Bases: Port

UART0 RX pin interface

p = Port()#: RX pin

class UART0_TX[source]#

Bases: Port

UART0 TX pin interface

p = Port()#: TX pin

class UART0_CTS[source]#

Bases: Port

UART0 CTS pin interface

p = Port()#: CTS pin

class UART0_RTS[source]#

Bases: Port

UART0 RTS pin interface

p = Port()#: RTS pin

class UART1_RX[source]#

Bases: Port

UART1 RX pin interface

p = Port()#: RX pin

class UART1_TX[source]#

Bases: Port

UART1 TX pin interface

p = Port()#: TX pin

class UART1_CTS[source]#

Bases: Port

UART1 CTS pin interface

p = Port()#: CTS pin

class UART1_RTS[source]#

Bases: Port

UART1 RTS pin interface

p = Port()#: RTS pin

self_provide_i2c0_sda = PrePostInit#

self_provide_i2c0_scl = PrePostInit#

self_provide_i2c1_sda = PrePostInit#

self_provide_i2c1_scl = PrePostInit#

self_provide_spi0_rx = PrePostInit#

self_provide_spi0_csn = PrePostInit#

self_provide_spi0_sck = PrePostInit#

self_provide_spi0_tx = PrePostInit#

self_provide_spi1_rx = PrePostInit#

self_provide_spi1_csn = PrePostInit#

self_provide_spi1_sck = PrePostInit#

self_provide_spi1_tx = PrePostInit#

self_provide_uart0_rx = PrePostInit#

self_provide_uart0_tx = PrePostInit#

self_provide_uart0_cts = PrePostInit#

self_provide_uart0_rts = PrePostInit#

self_provide_uart1_rx = PrePostInit#

self_provide_uart1_tx = PrePostInit#

self_provide_uart1_cts = PrePostInit#

self_provide_uart1_rts = PrePostInit#

provide_i2c0 = PrePostInit#

provide_i2c1 = PrePostInit#

provide_spi0 = PrePostInit#

provide_spi1 = PrePostInit#

provide_uart0 = PrePostInit#

provide_uart1 = PrePostInit#

self_provide_adc = PrePostInit#

datasheet = 'https://datasheet.lcsc.com/lcsc/2201101600_Raspberry-Pi-RP2040_C2040.pdf'#

Device#: alias of RP2040