Blockset described on this wiki is deprecated since 2012.

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From - Simulink device driver Blockset for dsPIC / PIC24 / PIC32 Microcontrollers --[[User:LubinKerhuel|LubinKerhuel]] 12:40, 3 September 2009 (UTC)
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Simulink Blockset Embedded Target microchip devices : Pic24 / Pic 30 / Pic 32 /Pic33

Embedded Target for PIC / dsPIC is a blockset for Matlab® that works on the top of the MathWorks Simulink®.

List of all Blocks composing the PIC/dsPIC blockset for Simulink

The blockset Generates C code one click from a simulink model for a wide list of Microchip microcontroller. The geenrated C code compiled on the fly to get the binary file ( .hex and .cof file) ready to be downloaded into the targeted microcontroller. The downloaded compute the same calculation than the simulink model.

This fast prototyping tool for 16 bits PIC MCU

  • generates and compiles C code from a simulink model and/or a Stateflow flow chart
  • makes the development faster, bugfree and easily updated
  • makes the implementation of complex calculation easy
  • allows to optimize the fix point calculation using the matlab fixed point tools
  • allows to monitor and to log data in pseudo real time with matlab
  • allows to import your specific written C functions into the simulink model and in the microcontroller
  • compile the C files generated with the gcc compiler provided by Microchip

The blockset allow to lets you concentrating on the math part (control, filter ..) and on the the logic of the simulink model. You can simulate the model that will be implemented into the microcontroller. You do not need to know much about PIC/dsPIC programming. The blockset support most peripheral present on the microcontroller and configure automatically the peripheral selected (configure also timers and model time step).

The blocks added to the simulink® library allow to connect most of the PIC24, dsPIC30 and dsPIC33 peripherals (PWM, ADC, IC, OC, SPI, I2C, CAN, UART ...) to any other Simulink blocks C code generated for theses peripheral is merged to the C code generated by the Real Time Embedded Coder® toolbox.

Debugging and monitoring variables is very easy through UART thanks to one simulink block and its Graphical User Interface associated :

  • The block "Interface Tx-matlab" implement a high level protocol using one UART port of the microcontroller. This block allows to send data from the microcontroller to the PC host in real time.
  • A matlab graphical user interface can receive theses data through the Serial port of the PC/mac (can be a USB emulated serial port) and plot them in real time.

It makes real time Monitoring and debugging easy.

Developpement Cycle using a fast prototyping tools (Simulink RTW Embedded Coder) for a Microchip PIC/dsPIC Target

It also allows to log data into the matlab workspace. The logged data can be used to feed a simulink model for simulation. Thus, real microcontroller input data recorded (from ADC, IC...) are used for the simulink simulation or .m script file allowing to test or improve the simulink model using real data logged in real condition. Once you have tune the math part of your model, you can then reprogramme the microcontroller with the new improved model. The simulation result will be very close to the real model running in the microcontroller since input data comes from the same peripheral and the microcontroller's running model is equivalent to the PC simulation model.

Possible target are most of the dsPIC30f, dsPIC33, PIC24H and few PIC32. ( see detail on the download page) Supported Chip :

See Release Notes and known bug for details

PIC 24F ' PIC 32F** ' PIC 30F ' PIC 30F ' PIC 33FJ GP ' PIC 33FJ MC ' PIC 33FJ GP ' PIC 33FJ MC*
24fJ128GA006 32MX360F256L 30f2010 30f5011 33fJ128GP206 33fJ256MC510 33fj128GP202 33fj128MC202
24fJ128GA008 32MX360F512L 30f2011 30f5013 33fJ128GP306 33fJ256MC710 33fj128GP204 33fj128MC204
24fJ128GA010 32MX460F256L 30f2012 30f5015 33fJ128GP310 33fJ64MC506 33fj128GP802 33fj128MC802
24fJ64GA006 32MX460F512L 30f3010 30f5016 33fJ128GP706 33fJ64MC508 33fj128GP804 33fj128MC804
24fJ64GA008 32MX775F256L 30f3011 30f6010 33fJ128GP708 33fJ64MC510 33fj32GP302 33fj32MC302
24fJ64GA010 32MX775F256L 30f3012 30f6011 33fJ128GP710 33fJ64MC706 33fj32GP304 33fj32MC304
24fJ96GA006 32MX795F512L 30f3013 30f6012 33fJ256GP506 33fJ64MC710 33fj64GP202 33fj64MC202
24fJ96GA008 32MX320 30f3014 30f6013 33fJ256GP510 33fJ128MC506 33fj64GP204 33fj64MC204
24fJ96GA010 32MX340 30f4011 30f6014 33fJ256GP710 33fJ128MC510 33fj64GP802 33fj64MC802
24fJ16GA002 30f4012 30f6015 33fJ64GP206 33fJ128MC706 33fj64GP804 33fj64MC804
24fJ32GA002 30f4013 33fJ64GP306 33fJ128MC708
24fJ48GA002 33fJ64GP310 33fJ128MC710
24fJ64GA002 33fJ64GP706
24fJ16GA004 33fJ64GP708
24fJ32GA002 33fJ64GP710
Newly added chip 
64MC204, 128MC204, 128GP202, 32MC202, 32MC204, 16MC304 , 33FJ256GP710A
* PIC 32F
SPI function not suported yet;
* Compiler known and fixed bugs 
* Check your compiler installation and version 
at the matlab prompt ==> !pic30-gcc -v for pic30 and !pic32-gcc -v for pic32.
**Check pic32 compiler v 1.04 Workaround
**Check pic30 compiler PWM 2 Workaround from version v 3.12 to current version (3.25)...

The blockset for simulink works with the GCC compiler from Microchip®. MPLAB is not required but can be used for the programming the microcontroller (import the .hex file and programme the target).

Many Mathworks toolbox like "Stateflow®" and "Stateflow coder®" or "fixed point blockset" can be used with the blockset "Embedded Target for dsPIC".

See examples for more details on the capabilities of the blockset.

Consult the User's Guide for information on using the wiki software.