QFN-56(7x7)

SC0914(13)

Q: Where is the SC0914(13) datasheet?

Raspberry Pi publishes it: the Datasheet link on this page opens it.

Q: Where can I order the SC0914(13)?

JLCPCB lists it as part C3227924, with 0 in stock; the sellers' links on this page open their listings.

Q: What can replace the SC0914(13)?

Parts like it in the library: the RP2040 by Raspberry Pi, the CC3501ENJARSHR by Texas Instruments, the FU6865Q1 by Fortior Tech and the G32R501DNYU7 by Geehy. Check their datasheets: a part that fits the footprint may still differ in its ratings.

Q: Which open-source boards use the SC0914(13)?

25 boards in 23 repositories on GitHub; the most starred are listed on this page, with their KiCad files.

Raspberry Pi

-40℃~+85℃@(TC) 1.8V~3.3V 12bit 133MHz 264KB 30 32 Bit ARM Cortex-M0+ Built-in+External External QFN-56(7x7) Microcontrollers (MCU/MPU/SOC) ROHS

Extended

Datasheetraspberry-pi/SC0914(13)

Category: Microcontrollers (MCU, MPU, SOC)
Package: QFN-56(7x7)
Pins: 57

Overview

The SC0914(13) is a microcontroller made by Raspberry Pi in a QFN-56(7x7) package with 57 pins. -40℃~+85℃@(TC) 1.8V~3.3V 12bit 133MHz 264KB 30 32 Bit ARM Cortex-M0+ Built-in+External External QFN-56(7x7) Microcontrollers (MCU/MPU/SOC) ROHS.

JLCPCB lists it (part C3227924). 25 open-source boards in 23 repositories on GitHub use it.

Symbol

The library has no symbol for this part yet.

Footprint

The library has no footprint for this part yet.

From the datasheet

Junction to air (QFN 56): 48 K/W · junction to ambient · p. 612
Junction to board (QFN 56): 29.03 K/W · junction to board · p. 612
Junction to case (QFN 56): 19.01 K/W · junction to case · p. 612
Supply, absolute maximum: 3.63 V · IOVDD, absolute maximum · p. 618
Supply, least: 1.62 V · IOVDD, recommended operating min · p. 622
Supply, most: 3.63 V · IOVDD, recommended operating max · p. 622
Supply, least: 1.05 V · DVDD, recommended operating min · p. 622
Supply, most: 1.16 V · DVDD, recommended operating max · p. 622
Supply, least: 3.135 V · USB_VDD, recommended operating min · p. 622
Takes asleep: 180 µA · DVDD, Dormant typical average · p. 624
Takes asleep: 390 µA · DVDD, Sleep typical average · p. 624
Supply, least: 1.63 V · VREG_VIN, internal regulator input min · p. 163

What it is and has

Core and clock: Dual ARM Cortex-M0+ @ 133MHz · p. 10
SRAM: 264kB in six independent banks · p. 10
External Flash support: Up to 16MB via dedicated QSPI bus · p. 10
DMA: DMA controller · p. 10
Bus fabric: Fully-connected AHB crossbar · p. 10
Arithmetic peripherals: Interpolator and integer divider · p. 10
Core voltage regulator: On-chip programmable LDO · p. 10
PLL: 2 · p. 10
GPIO: 30 pins, 4 usable as analogue inputs · p. 10
UART: 2 · p. 10
SPI: 2 controllers · p. 10
I2C: 2 controllers · p. 10
PWM: 16 channels · p. 10
USB: USB 1.1 controller and PHY, host and device support · p. 10
PIO: 8 state machines · p. 10
Package: 7×7 mm QFN-56 · p. 612
GPIO drive strength: Selectable 2mA, 4mA, 8mA or 12mA · p. 241
GPIO slew rate: Slow or fast · p. 241
GPIO input hysteresis: Selectable Schmitt trigger mode · p. 241
GPIO pulls: Selectable pull-up or pull-down · p. 241
I2C modes: Master or Slave; default Master · p. 442
I2C speed modes: Standard mode, Fast mode or Fast mode plus · p. 442
I2C addressing: 10-bit addressing in Master mode · p. 442
I2C transmit buffer: 16 elements per controller · p. 442
I2C receive buffer: 16 elements per controller · p. 442
I2C DMA: Supported · p. 442
I2C interrupts: Supported · p. 442
Moisture sensitivity: Level 1 · p. 615

Around it

res 27Ω: between USB_DP and USB Data +ve; Series resistor required for USB operation. · p. 618
res 27Ω: between USB_DM and USB Data -ve; Series resistor required for USB operation. · p. 618

Specifications

123

Parameter	Conditions	As printed	Page
θJA θJA	QFN 56	typ 48 °C/W	612
ψJT ψJT	QFN 56	typ 0.8 °C/W	612
ψJB ψJB	QFN 56	typ 29.2 °C/W	612
TJ TJ	QFN 56; temperature accompanying thermal data	typ 42 °C	612
TT TT	QFN 56; temperature accompanying thermal data	typ 41.8 °C	612
θJC θJC	QFN 56	typ 19.01 °C/W	612
θJB θJB	QFN 56	typ 29.03 °C/W	612
I/O Supply Voltage IOVDD	Standard and Fault Tolerant digital IO	min -0.5 · max 3.63 V	618
Voltage at IO VPIN	Standard and Fault Tolerant digital IO	min -0.5 V	618
Human Body Model HBM	All pins unless otherwise stated; compliant with JEDEC specification JS-001-2012 (April 2012)	max 2 kV	618
Human Body Model Digital (FT) pins only HBM	Digital (FT) pins only; compliant with JEDEC specification JS-001-2012 (April 2012)	max 4 kV	619
Charged Device Model CDM	Compliant with JESD22-C101E (December 2009)	max 500 V	619
Case Temperature TC		min -40 · max 85 °C	619
Pin Input Leakage Current IIN		max 1 uA	619
Input Voltage High @ IOVDD=2.5V VIH	IOVDD=2.5V	min 1.7 V	619
Input Voltage High @ IOVDD=3.3V VIH	IOVDD=3.3V	min 2 V	619
Input Voltage Low @ IOVDD=1.8V VIL	IOVDD=1.8V	min -0.3 V	619
Input Voltage Low @ IOVDD=2.5V VIL	IOVDD=2.5V	min -0.3 · max 0.7 V	619
Input Voltage Low @ IOVDD=3.3V VIL	IOVDD=3.3V	min -0.3 · max 0.8 V	619
Input Hysteresis Voltage @ IOVDD=2.5V VHYS	IOVDD=2.5V; Schmitt Trigger enabled	min 0.2 V	619
Input Hysteresis Voltage @ IOVDD=3.3V VHYS	IOVDD=3.3V; Schmitt Trigger enabled	min 0.2 V	619
Output Voltage High @ IOVDD=1.8V VOH	IOVDD=1.8V; IOH = 2, 4, 8 or 12mA depending on setting	min 1.24 V	619
Output Voltage High @ IOVDD=2.5V VOH	IOVDD=2.5V; IOH = 2, 4, 8 or 12mA depending on setting	min 1.78 V	620
Output Voltage High @ IOVDD=3.3V VOH	IOVDD=3.3V; IOH = 2, 4, 8 or 12mA depending on setting	min 2.62 V	620
Output Voltage Low @ IOVDD=1.8V VOL	IOVDD=1.8V; IOL = 2, 4, 8 or 12mA depending on setting	min 0 · max 0.3 V	620
Output Voltage Low @ IOVDD=2.5V VOL	IOVDD=2.5V; IOL = 2, 4, 8 or 12mA depending on setting	min 0 · max 0.4 V	620
Output Voltage Low @ IOVDD=3.3V VOL	IOVDD=3.3V; IOL = 2, 4, 8 or 12mA depending on setting	min 0 · max 0.5 V	620
Pull-Up Resistance RPU		min 50 · max 80 kΩ	620
Pull-Down Resistance RPD		min 50 · max 80 kΩ	620
Maximum Total IOVDD current IIOVDD_MAX	Sum of all current being sourced by GPIO and QSPI pins	max 50 mA	620
Maximum Total VSS current due to IO (IOVSS) IIOVSS_MAX	Sum of all current being sunk into GPIO and QSPI pins	max 50 mA	620
Single Ended Input Voltage High VIHSE		min 2 V	620
Single Ended Input Voltage Low VILSE		max 0.8 V	620
Differential Input Voltage High VIHDIFF		min 0.2 V	620
Differential Input Voltage Low VILDIFF		max -0.2 V	620
Output Voltage High VOH		min 2.8 V	620
Output Voltage Low VOL		min 0 · max 0.3 V	620
Pull-Up Resistance - RPU2 RPU2		min 0.873 · max 1.548 kΩ	620
Pull-Up Resistance - RPU1&2 RPU1&2		min 1.398 · max 3.063 kΩ	621
Pull-Down Resistance RPD		min 14.25 · max 15.75 kΩ	621
ADC Input Voltage Range VPIN_ADC		min 0 V	621
Effective Number of Bits ENOB	See Section 4.9.3	min 8.7 bits	621
Resolved Bits		max 12 bits	621
ADC Input Impedance RIN_ADC		min 100 kΩ	621
Input Voltage Low VIL	XIN only. XOUT floating	min 0 V	621
IOVDD IOVDD	Digital IO; if IOVDD <2.5V, adjust GPIO VOLTAGE_SELECT registers	min 1.62 · max 3.63 V	622
DVDD DVDD	Digital core; short term transients should be within +/-100mV	min 1.05 · typ 1.1 · max 1.16 V	622
VREG_VIN VREG_VIN	Voltage regulator	min 1.62 · max 3.63 V	622
USB_VDD USB_VDD	USB PHY	min 3.135 · typ 3.3 · max 3.63 V	622
ADC_AVDD ADC_AVDD	ADC; performance compromised below 2.97V	min 1.62 · typ 3.3 · max 3.63 V	622
DMA	Incremental DVDD current with peripheral clocks enabled; default clocks	typ 2.6 uA/MHz	623
I2C0	Incremental DVDD current with peripheral clocks enabled; default clocks	typ 3.9 uA/MHz	623
I2C1	Incremental DVDD current with peripheral clocks enabled; default clocks	typ 3.8 uA/MHz	623
IO + Pads	Incremental DVDD current with peripheral clocks enabled; default clocks	typ 23.6 uA/MHz	623
PIO0	Incremental DVDD current with peripheral clocks enabled; default clocks	typ 12.3 uA/MHz	623
PIO1	Incremental DVDD current with peripheral clocks enabled; default clocks	typ 12.5 uA/MHz	623
PWM	Incremental DVDD current with peripheral clocks enabled; default clocks	typ 5 uA/MHz	623
RTC	Incremental DVDD current with peripheral clocks enabled; default clocks	typ 1.1 uA/MHz	623
SIO	Incremental DVDD current with peripheral clocks enabled; default clocks	typ 1.9 uA/MHz	623
SPI0	Incremental DVDD current with peripheral clocks enabled; default clocks	typ 1.7 uA/MHz	623
SPI1	Incremental DVDD current with peripheral clocks enabled; default clocks	typ 1.8 uA/MHz	623
Timer	Incremental DVDD current with peripheral clocks enabled; default clocks	typ 1.2 uA/MHz	623
UART0	Incremental DVDD current with peripheral clocks enabled; default clocks	typ 3.5 uA/MHz	623
UART1	Incremental DVDD current with peripheral clocks enabled; default clocks	typ 3.7 uA/MHz	623
Watchdog	Incremental DVDD current with peripheral clocks enabled; default clocks	typ 1 uA/MHz	623
XIP	Incremental DVDD current with peripheral clocks enabled; default clocks	typ 37.6 uA/MHz	623
ADC	DVDD; standard clocks, system clock 125 MHz; unit as printed	typ 0.1 uA/MHz	623
USBCTRL	DVDD; standard clocks, system clock 125 MHz; unit as printed	typ 1.3 uA/MHz	623
Popcorn	Average DVDD current; media player demo, VGA, I2S audio, 4-bit SD Card; system clock 48MHz	typ 10.9 · max 16.6 mA	624
Popcorn	Average IOVDD current; media player demo, VGA, I2S audio, 4-bit SD Card; system clock 48MHz	typ 24.8 · max 35.5 mA	624
BOOTSEL mode - Active	Average DVDD current; USB activity	typ 9.4 · max 14.7 mA	624
BOOTSEL mode - Active	Average IOVDD current; USB activity	typ 1.2 · max 4.3 mA	624
BOOTSEL mode - Active	Average USB_VDD current; USB activity	typ 1.4 · max 2 mA	624
BOOTSEL mode - Idle	Average DVDD current; without USB activity	typ 9 · max 14.3 mA	624
BOOTSEL mode - Idle	Average IOVDD current; without USB activity	typ 1.2 · max 4.3 mA	624
BOOTSEL mode - Idle	Average USB_VDD current; without USB activity	typ 0.2 · max 0.6 mA	624
Dormant	Average DVDD current; hello_dormant binary	typ 0.18 · max 4.2 mA	624
Sleep	Average DVDD current; hello_sleep binary	typ 0.39 · max 4.5 mA	624
input supply voltage VVREG_VIN		min 1.63 · max 3.63 V	163
output voltage variation ΔVVREG_VOUT		min -3 · max 3 % of selected output voltage	163
output current IMAX		max 100 mA	163
current limit ILIMIT		min 150 · typ 350 · max 450 mA	163
ROK assertion threshold ROKTH.ASSERT		min 87 · typ 90 · max 93 % of selected output voltage	163
ROK deassertion threshold ROKTH.DEASSERT		min 84 · typ 87 · max 90 % of selected output voltage	163
power-up time tPOWER-ON	EN = 1, load current = 0mA, VREG_VIN ramps up in 100us; values vary with load current and capacitance on VREG_VOUT	typ 275 · max 350 us	163
TJ TJ	QFN 56; temperature reported with thermal data	typ 42 °C	612
TT TT	QFN 56; temperature reported with thermal data	typ 41.8 °C	612
I/O Supply Voltage IOVDD		min -0.5 · max 3.63 V	618
Voltage at IO VPIN	Maximum: IOVDD + 0.5 V	min -0.5 V	618
Human Body Model HBM	Compliant with JEDEC specification JS-001-2012 (April 2012)	max 2 kV	618
Human Body Model HBM	Digital (FT) pins only; compliant with JEDEC specification JS-001-2012 (April 2012)	max 4 kV	619
Input Voltage High @ IOVDD=2.5V VIH	IOVDD=2.5V; maximum: IOVDD + 0.3	min 1.7 V	619
Input Voltage High @ IOVDD=3.3V VIH	IOVDD=3.3V; maximum: IOVDD + 0.3	min 2 V	619
Input Voltage Low @ IOVDD=1.8V VIL	IOVDD=1.8V; maximum: 0.35 * IOVDD	min -0.3 V	619
Output Voltage High @ IOVDD=1.8V VOH	IOVDD=1.8V; IOH = 2, 4, 8 or 12mA depending on setting; maximum: IOVDD	min 1.24 V	619
DMA	DVDD; increase when peripheral clocks are enabled	typ 2.6 uA/MHz	623
I2C0	DVDD; increase when peripheral clocks are enabled	typ 3.9 uA/MHz	623
I2C1	DVDD; increase when peripheral clocks are enabled	typ 3.8 uA/MHz	623
IO + Pads	DVDD; increase when peripheral clocks are enabled	typ 23.6 uA/MHz	623
PIO0	DVDD; increase when peripheral clocks are enabled	typ 12.3 uA/MHz	623
PIO1	DVDD; increase when peripheral clocks are enabled	typ 12.5 uA/MHz	623
PWM	DVDD; increase when peripheral clocks are enabled	typ 5 uA/MHz	623
RTC	DVDD; increase when peripheral clocks are enabled	typ 1.1 uA/MHz	623
SIO	DVDD; increase when peripheral clocks are enabled	typ 1.9 uA/MHz	623
SPI0	DVDD; increase when peripheral clocks are enabled	typ 1.7 uA/MHz	623
SPI1	DVDD; increase when peripheral clocks are enabled	typ 1.8 uA/MHz	623
Timer	DVDD; increase when peripheral clocks are enabled	typ 1.2 uA/MHz	623
UART0	DVDD; increase when peripheral clocks are enabled	typ 3.5 uA/MHz	623
UART1	DVDD; increase when peripheral clocks are enabled	typ 3.7 uA/MHz	623
Watchdog	DVDD; increase when peripheral clocks are enabled	typ 1 uA/MHz	623
XIP	DVDD; increase when peripheral clocks are enabled	typ 37.6 uA/MHz	623
ADC	DVDD; standard clocks, system clock of 125 MHz; unit as printed in table	typ 0.1 uA/MHz	623
USBCTRL	DVDD; standard clocks, system clock of 125 MHz; unit as printed in table	typ 1.3 uA/MHz	623
Popcorn	DVDD average current; system clock 48MHz; VGA video, I2S audio and 4-bit SD Card access	typ 10.9 · max 16.6 mA	624
Popcorn	IOVDD average current; system clock 48MHz; VGA video, I2S audio and 4-bit SD Card access	typ 24.8 · max 35.5 mA	624
BOOTSEL mode - Active	DVDD average current; Raspberry Pi 4 USB host	typ 9.4 · max 14.7 mA	624
BOOTSEL mode - Active	IOVDD average current; Raspberry Pi 4 USB host	typ 1.2 · max 4.3 mA	624
BOOTSEL mode - Active	USB_VDD average current; Raspberry Pi 4 USB host	typ 1.4 · max 2 mA	624
BOOTSEL mode - Idle	DVDD average current; Raspberry Pi 4 USB host	typ 9 · max 14.3 mA	624
BOOTSEL mode - Idle	IOVDD average current; Raspberry Pi 4 USB host	typ 1.2 · max 4.3 mA	624
BOOTSEL mode - Idle	USB_VDD average current; Raspberry Pi 4 USB host	typ 0.2 · max 0.6 mA	624
Dormant	DVDD average current; hello_dormant binary	typ 0.18 · max 4.2 mA	624
Sleep	DVDD average current; hello_sleep binary	typ 0.39 · max 4.5 mA	624

Pins, by the datasheet

1 IOVDD: IO supply. · p. 618
10 IOVDD: IO supply. · p. 618
22 IOVDD: IO supply. · p. 618
33 IOVDD: IO supply. · p. 618
42 IOVDD: IO supply. · p. 618
49 IOVDD: IO supply. · p. 618
19 TESTEN: Test enable; connect to Gnd; reset pull-down. · p. 618
23 DVDD: Core supply. · p. 618
50 DVDD: Core supply. · p. 618
43 ADC_AVDD: ADC supply. · p. 618
44 VREG_VIN: Voltage regulator input supply. · p. 618
45 VREG_VOUT: Voltage regulator output. · p. 618
46 USB_DM: USB Data -ve; 27Ω series resistor required for USB operation. · p. 618
47 USB_DP: USB Data +ve; 27Ω series resistor required for USB operation. · p. 618
48 USB_VDD: USB supply. · p. 618
57 GND: Common ground connection via central pad. · p. 618

Parameters

Standby Current: 180uA
Thermal Resistance(Junction to Ambient): 48℃/W
Thermal Resistance(Junction to Board): 29.03℃/W
Thermal Resistance(Junction to Case): 19.01℃/W
Voltage - Supply: 1.05V~3.63V
Voltage - Supply(Absolute Max): 3.63V

Order codes

SC0914(13)LCSC C3227924

Open-source boards using it

All 25

6 layers66 × 66 mm
PD240W kicad
theohg/PD240W
PD240W is a complete hardware and firmware project converting USB-C Power Delivery into a programmable 240W (48V 5A) bench power supply, featuring C++ code for Raspberry Pi Pico, custom PCB Gerbers, and a 3D-printable…
299 parts125
4 layers55.9 × 22.9 mm
Riotee Board
NessieCircuits/Riotee_Board
The Riotee board is a development board for battery-free wireless devices. The on-board wireless microcontroller runs off energy harvested from, for example, a solar panel and uses only tiny capacitors as energy…
83 parts15CERN-OHL-W-2.0
4 layers45 × 30 mm
TTExperimentModule
psychogenic/spasics
Scratch repo for work, thoughts and notes about the spasics project: sending an ASIC to space!
93 parts10GPL-3.0
2 layers156 × 156 mm
Master board
roboryman/prototroller
A full-stack modular controller that is feature-rich, usable, responsive, and robust. Can be used for any HID-compliant purpose, but we focus on developing swappable modules that can form customizable gamepads.
83 parts9MIT
6 layers100 × 100 mm
Bms board
AerospaceNU/bms-pcb-design

373 parts4
4 layers53.5 × 65.5 mm
ChipigniteExplain
efabless/chipignite_discover
This FPGA experimentation and development board was developped for efabless chipignite workshops and labs to serve as an easy to use experimentation board and stepping stone towards ASIC digital design, allowing for…
251 parts2Apache-2.0
4 layers84 × 78 mm
Waferspace main pcb
mole99/waferspace-main-pcb
Main PCB for wafer.space FABulous FPGA
276 parts2Apache-2.0
4 layers100 × 100 mm
Rpi pico kit
999matej999/pico-kit-pcb

198 parts1GPL-3.0

Questions

What package is the SC0914(13)?

QFN-56(7x7), with 57 pins.

Where is the SC0914(13) datasheet?

Raspberry Pi publishes it: the Datasheet link on this page opens it.

Where can I order the SC0914(13)?

JLCPCB lists it as part C3227924, with 0 in stock; the sellers' links on this page open their listings.

What can replace the SC0914(13)?

Parts like it in the library: the RP2040 by Raspberry Pi, the CC3501ENJARSHR by Texas Instruments, the FU6865Q1 by Fortior Tech and the G32R501DNYU7 by Geehy. Check their datasheets: a part that fits the footprint may still differ in its ratings.

Which open-source boards use the SC0914(13)?

25 boards in 23 repositories on GitHub; the most starred are listed on this page, with their KiCad files.

SC0914(13)

Overview

Symbol

Footprint

From the datasheet

What it is and has

Around it

Specifications

Pins, by the datasheet

Parameters

Order codes

Open-source boards using it

PD240W kicad

Riotee Board

TTExperimentModule

Master board

Bms board

ChipigniteExplain

Waferspace main pcb

Rpi pico kit

Questions

What package is the SC0914(13)?

Where is the SC0914(13) datasheet?

Where can I order the SC0914(13)?

What can replace the SC0914(13)?

Which open-source boards use the SC0914(13)?

Parts like it

RP2040

CC3501ENJARSHR

FU6865Q1

G32R501DNYU7

G32R501NCU7

CY8C24794-24LQXIKG

CY8C4247LQI-BL473

SPD1188API56