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STM32U535VE / Pin configuration table / Excel or CSV-table

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Hello, is there any possibility to get the pin configuration table for the STM32U535VE in CSV or Excel format?

Thanks a lot !

Ricos

STM32U5 series

Amel NASRIBest answer

ST Technical Moderator

Hi @RicOs ,

I join @Andrew Neil with the idea to use STM32CubeMX.

From Pinout tab, STM32CubeMX allows to export the pinout to a csv file. You can select any STM32 part number then do the required export. This is explained in the UM1718:

-Amel

To give better visibility on the answered topics, please click on "Best Answer" on the reply which solved your issue or answered your question.

Andrew Neil

Super User

Yes, it would be really useful if the pinout table, alternate function table, etc were made available in an easy machine-readable format - rather than just as text in the Datasheet & Ref Manual.

I'm sure I've requested this before.

One thing you can do is to create a project in CubeMX, and then use Project > Generate Report

Or the IBIS files will give you a start - with pin number & name; eg,

|************************************************************************
| stm32f0_440_lqfp32 IBIS Model 
|************************************************************************
[IBIS ver] 4.2
[File name] stm32f0_440_lqfp32.ibs
[File Rev] 1.0
[Date] 15-5-2013
[Source] Data Created at STMicroelectronics
[Notes] File originated from ELDO simulations. 
[Disclaimer] This information is for modeling purpose only and is
not guaranted. The information is subject to change without
notice.
[Copyright] Copyright 2015 STMicroelectronics Inc.
|
[Component] stm32f0_440_lqfp32
[Manufacturer] STMicroelectronics
[Package] 
| variable typ min max 
R_pkg 0.0 NA NA
L_pkg 0.0H NA NA
C_pkg 0.0F NA NA
| 
[Pin] signal_name model_name R_pin L_pin C_pin
1 VDD POWER 0.03449 2.11E-09 6E-14
2 PF0 io8p_sudq_ft 0.029020556 1.54333E-09 3.22222E-14
3 PF1 io8p_sudq_ft 0.025738889 1.20333E-09 1.55556E-14
4 NRST ioreset_tc_v33 0.024645 1.09E-09 1E-14
5 VDDA POWER 0.024645 1.09E-09 1E-14
6 PA0 io8p_sudq_ft 0.025738889 1.20333E-09 1.55556E-14
7 PA1 io8p_sudq_ft 0.029020556 1.54333E-09 3.22222E-14
8 PA2 io8p_sudq_ft 0.03449 2.11E-09 6E-14
9 PA3 io8p_sudq_ft 0.03449 2.11E-09 6E-14
10 PA4 io8p_sudq_ft 0.029020556 1.54333E-09 3.22222E-14
11 PA5 io8p_sudq_ft 0.025738889 1.20333E-09 1.55556E-14
12 PA6 io8p_sudq_ft 0.024645 1.09E-09 1E-14
13 PA7 io8p_sudq_ft 0.024645 1.09E-09 1E-14
14 PB0 io8p_sudq_ft 0.025738889 1.20333E-09 1.55556E-14
15 PB1 io8p_sudq_ft 0.029020556 1.54333E-09 3.22222E-14
16 VSS GND 0.03449 2.11E-09 6E-14
17 VDD POWER 0.03449 2.11E-09 6E-14
18 PA8 io8p_sudq_ft 0.029020556 1.54333E-09 3.22222E-14
19 PA9 io8p_sudq_ft 0.025738889 1.20333E-09 1.55556E-14
20 PA10 io8p_sudq_ft 0.024645 1.09E-09 1E-14
21 PA11 io8p_sudq_ft 0.024645 1.09E-09 1E-14
22 PA12 io8p_sudq_ft 0.025738889 1.20333E-09 1.55556E-14
23 PA13 io8p_sudq_ft 0.029020556 1.54333E-09 3.22222E-14
24 PA14 io8p_sudq_ft 0.03449 2.11E-09 6E-14
25 PA15 io8p_sudq_ft 0.03449 2.11E-09 6E-14
26 PB3 io8p_sudq_ft 0.029020556 1.54333E-09 3.22222E-14
27 PB4 io8p_sudq_ft 0.025738889 1.20333E-09 1.55556E-14
28 PB5 io8p_sudq_ft 0.024645 1.09E-09 1E-14
29 PB6 io8p_sudq_i2cin_lv_ft 0.024645 1.09E-09 1E-14
30 PB7 io8p_sudq_i2cin_lv_ft 0.025738889 1.20333E-09 1.55556E-14
31 BOOT0 vpp_test_hv 0.029020556 1.54333E-09 3.22222E-14
32 VSS GND 0.03449 2.11E-09 6E-14

A complex system that works is invariably found to have evolved from a simple system that worked.A complex system designed from scratch never works and cannot be patched up to make it work.

R

RicOsAuthor

Associate

Thanks Andrew. In my work I only define the functions of the pins, so such a table is suitable to provide results. I hope ST can provide a table as useful as other providers already do.

Andrew Neil

Super User

@RicOs wrote:
a table as useful as other providers already do.

Out of interest, which other providers have you found which do that?

A complex system that works is invariably found to have evolved from a simple system that worked.A complex system designed from scratch never works and cannot be patched up to make it work.

Amel NASRIBest answer

ST Technical Moderator

Hi @RicOs ,

I join @Andrew Neil with the idea to use STM32CubeMX.

From Pinout tab, STM32CubeMX allows to export the pinout to a csv file. You can select any STM32 part number then do the required export. This is explained in the UM1718:

-Amel

To give better visibility on the answered topics, please click on "Best Answer" on the reply which solved your issue or answered your question.

Andrew Neil

Super User

Does/can the CubeMX export actually give a full listing of all a part's pins?

It seems to only list the ones that are actually used by a project, as used by that project?

So not a complete listing of all the pins with all the AF options and all the Additional Function options?

A complex system that works is invariably found to have evolved from a simple system that worked.A complex system designed from scratch never works and cannot be patched up to make it work.

Andrew Neil

Super User

@Andrew Neil wrote:
So not a complete listing of all the pins with all the AF options and all the Additional Function options?

@Amel NASRI something like this - see attached

A complex system that works is invariably found to have evolved from a simple system that worked.A complex system designed from scratch never works and cannot be patched up to make it work.

STM32L073xx-pins-xls.xlsx

Herve PIERROT

ST Employee

Just to complete @Amel NASRI 's answer, as sometime the most difficult is to find the function in the tool, below the picture to find the mention menu in STM32CubeMX.

R

RicOsAuthor

Associate

Great ! Thanks a lot, to all the contributions. Fine with STM32CubeMX, I get what I wanted.

Andrew Neil

Super User

It seems there is (now) a GitHub repository of such info...

A complex system that works is invariably found to have evolved from a simple system that worked.A complex system designed from scratch never works and cannot be patched up to make it work.

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