Hardware

h1. STM32

h2. STM32F0

* STM32F042: USB, CAN (nicht gleichzeitig) SSOT-20; Ideal for CANIO

h2. STM32F1

USB und CAN funktionieren i.d.R. nicht gleichzeitig; ausnahme STM32f105. "Auflistung":https://www.mikrocontroller.net/topic/480549

* STM32F103: USB und CAN funktionieren nicht gleichzeitig

* STM32F103C8T6

* STM32F103C6U6A: In stock (1?); 12 bestellt; 32 KB, VFQFPN-48

h2. STM32F3

USB und CAN funktionieren gleichzeitig. Allerdings muss ggf. ein Interrupt umgebogen werden.

* STM32F303RE

* STM32F373C8T6; 4,75€; vorraussichtlich 4.10.2021

h2. STM32G4

* STM32G441KBT6; 5,45€; In stock: 8; reichelt

* STM32L433CCT3; 6,44 € (10 Stueck); develektro

h2. STM32L0

Aus Prinzip kein CAN.

h2. STM32L1

Aus Prinzip kein CAN.

h2. STM32L4

https://www.st.com/en/microcontrollers-microprocessors/stm32l4-series.html#products

* STM32L431CBT6; 5,15 €; CAN, no USB; (Q)SPI Memory interface; LQFP48; reichelt

* STM32L412C8U6; 3,6€ (+MWSt), -CAN-, USB

* STM32L433CCU6; ca 8Euro; ARM Cortex-M4, 32bit, 80 MHz, 256 KB; CAN USB <- have

h2. Warehouse

|_.MCU           |_.Package  |_. Flash  |_. Ram |_. Cost |_. Features      |_. Quantity |_. Projects            |_. Commtent |_. Link |

| STM32L011F4P6  |           | 16KB     |       |        |                 | 11         |Miniminutnik           | | |

| STM32L031F6P7  |           | 32KB     |       |        |                 | 26         |Miniminutnik           | | "Link":https://www.st.com/resource/en/datasheet/stm32l031f6.pdf     |

| STM32L151C6U6A | UFQPFN-48 | 32Kb     | 16KB  | 4,76€  | USB             | 9          |"MN-eInk":/redmine/projects/minutnik-eink| | "Link":https://www.mouser.de/datasheet/2/389/dm00078689-1797705.pdf; "RM":https://www.st.com/resource/en/reference_manual/rm0038-stm32l100xx-stm32l151xx-stm32l152xx-and-stm32l162xx-advanced-armbased-32bit-mcus-stmicroelectronics.pdf |

| STM32L152R6T6A | 64LQFP    | 32KB     |       | 6.56   | LCD             | 2          |                       | | |

| STM32L431RCT6  | LQFP64    | 256kB    | 64KB  | 7,83€  | CAN,SAI,SDMMC,QSPI-Mem | 6-1        |CANRec                | | "Link":https://www.st.com/resource/en/datasheet/stm32l431rc.pdf     |

| STM32L431CBT6  | LQFP48    | 128kB    | 64KB  | 6€     | CAN,SAI        | 4          |                       | | "Link":https://www.mouser.de/datasheet/2/389/dm00257211-1798949.pdf |

| STM32L443CCU6  | 48UFQFPN  | 256KB    | 64K   | 7,57€  | CAN,SDMMC,USB,QSPI memory interface | 10 |  |USB und CAN nicht gleichzeitig| "Link":https://www.st.com/content/ccc/resource/technical/document/datasheet/01/76/9c/b5/c7/d9/40/6c/DM00254865.pdf/files/DM00254865.pdf/jcr:content/translations/en.DM00254865.pdf |

| STM32F042G4U6  | UFQFPN28  | 16KB     |       | 3,1112€| CAN             | 17         |                       | | "Link":https://www.st.com/resource/en/datasheet/stm32f042g4.pdf |

| STM32F042F6P6  | 20TSSOP   | 32KB     |       | 3.110€ | CAN, 1xI2C      | 25         |Mainswitch             | | "Link":https://www.st.com/resource/en/datasheet/stm32f042f6.pdf |

| STM32F042C6U6  | UFQFPN48  | 32kB     | 6kB   | 2,84€  | CAN, USB        | 25         |                       | | |

| STM32F103C6U6A | VFQFPN48  | 32KB     | 10KB  | 4,26€  | CAN             | 12         |                       | | |

| STM32F303C6U6A | VFQFPN32  | 64KB     |       |        | CAN             | 4          |                       | | |

| STM32G030C8T6  | LQFP48    | 64KB     |       | 1,91€  |                 | 10         |                       | | |

| STM32G431KBU6  | UQFP32    | 128KB    |       | 6,35   | FDCAN, USB      | -          |                       | | |

| STM32G441KBT6  | LQFP32    | 128KB    | 32KB  | 6,76   | CAN, USB, UCPD  | 18         |CANDis                 | | |

| STM32F051R8T6  | LQFP64    | 64KB     | 8KB   | 5,07€  |                 | 17         |                       | From Ege | "Link":https://www.mouser.de/datasheet/2/389/dm00039193-1797631.pdf |

STM32L152R6T6A

h2. Design guides

* 100nF on NRST

* VDD: n x 100 nF + 1 x 4.7 μF

* VDA: 10 nF + 1 μF

* BOOT: 10K to ground

* NRST: 10K to VDD an STM32 examples

h2. Low power modes

SLEEP MODE: CPU CLK is turned OFF; no effect on other clocks or analog clock sources. The current consumption is HIGHEST in this mode, compared to other Low Power Modes

* Use HAL_PWR_EnableSleepOnExit() to automatically go to sleep again when an ISR has finished