Matrix user forums

Hello my first forum question so far.
I am trying to put this chip in the target list.
can you show me the way.
I can already find it on the C drive but .....
Greeting from Zuidam


C:\Program Files (x86)\Flowcode 7\compilers\STARM\stm32cubef3

Hello,

We have not currently supported this device.

You can have a go yourself by copying one of the existing definition files as a reference and then editing using a text editor to suit the STM32F373 device.

Existing definition files live here for FC7: "Flowcode 7\FCD\ARM"

CAN YOU HELP ME?
I use FC7.
I can handle the 031 board.
have discovered a problem in the TMR2.
this is now working.
But with the purchase of FC7 I also have 0061 with it.
I cannot get this board working.
What I tried to find on the site, but nothing.
With the test version of FC8 it works the same.
Been busy for so many hours ..................
Can you put the license for me on FC8.
Then I am ready for this.
FC user 3 + 4 + 5 + 7

My gratitude..
RvZ from Holland.

Is there Professional help to program this STM32F373
Help with the code.
thanks in advance.

We might be able to help get you started on creating an FCD description file for this device.
That does not mean that all features or peripherals of the device will be supported.
Which particular device of STM32F373 do you want to use?

STM32F373RC
LQFP 64
Three 16-bit sigma-delta analog-to-digital converters are embedded in the STM32F373xx. They have up to two separate supply voltages allowing the analog function voltage range to be independent from the STM32F373xx power supply. They share up to 21 input pins which may be configured in any combination of single-ended (up to 21) or differential inputs (up to 11). The conversion speed is up to 16.6 ksps for each SDADC when converting multiple channels and up to 50 ksps per SDADC[/b] if single channel conversion is used. There are two conversion modes: single conversion mode or continuous mode, capable of automatically scanning any number of channels. The data can be automatically stored in a system RAM buffer, reducing the software overhead. A timer triggering system can be used in order to control the start of conversion of the three SDADCs and/or the 12-bit fast ADC. This timing control is very flexible, capable of triggering simultaneous conversions or inserting a programmable delay between the ADCs

our company is measurement and control technology.

Hi,
Here's a starter FCD, hope it helps.
This was copied from another device and I have not checked the configs or peripheral details.
Please note that I doubt we will have the time to support the SDADC in Flowcode