UM0432 datasheet(33/53 Pages) STMICROELECTRONICS

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UM0432

Motor control operations

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Note:

Make sure that the following string: "<firmware name>.elf - 0 error(s), 0 warning(s)" is

displayed inside the output pane after the building of the executable.

After the building of the executable, ensure that the file "<firmware name>.s19" generated

inside the "release" folder in the workspace has been created. To do this, show the

properties and check the creation date.

7.4.10

Programming the firmware

Before programming the firmware, the board must be supplied and connected to the PC

using the inDART board. We suggest setting up the system as depicted in Figure 19.

Figure 19.

System setup for programming phase

Use the USB cable to connect the inDART-STX board to the PC. The green LED on the

inDART-STX board lights up. The Windows® operating system automatically detects

the new hardware and loads the appropriate USB and inDART-STX drivers.

Note:

Windows 2000® and Windows XP® may issue a warning the first time the inDART-STX

power board is connected to the PC. The USB driver used by inDART-STX is not digitally

signed by Microsoft, however, the user may safely ignore the warning since every kind of

compatibility and security test has been carried out by Softec Microsystems.

Connect the inDART board with the J1 connector using the 10-pin flat cable.

Before supplying the board, remove J23 and J24. Check that J8 is connected between

pins 1 and 2.

Supply the control board using a 10-V power supply connected to J6 observing the

polarity.

Once the ST7VD for inDART has been installed, the "datablaze programmer" utility that can

be used to program the firmware using the inDART-STX is automatically installed.

Run the Softec datablaze programmer utility.

Click on Select Device on the toolbar.

In the Select Device window, select "inDART-STX" in the Programmer Hardware box,

and "ST7FMC2S4" as the device code, and press OK.

UM0432 датащи(PDF) 33 Page - STMicroelectronics