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Fujitsu MB9B500 Series user manual Sample Code

Models: MB9B500 Series

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4 Sample Code

The sample codes for FSSDC-9B596-EV board are listed as following table.

Project Name		Description
ext_bus_nandflash	Use external bus to access Nand Flash

uart		Use UART to communicate with PC

can		Implement CAN communication between 2
can		CAN nodes
		CAN nodes
rtc		Use IIC to access RTC module

usb_function_mose		Implement the USB mouse to demonstrate
usb_function_mose		USB function
		USB function
usb_host_catch_mouse		Identify a USB mouse and print the mouse
usb_host_catch_mouse		position on debug window
		position on debug window

lcd_ad_key	Display ad value and key status on LCD

Notes:

1)It provides both IAR and Keil project for these sample code, IAR project is developed in EWARM Embedded Workbench V6102, and Keil project is developed in Keil uVision 4.20.

2)If user use other version to open these projects, compiling error may occur, in this case, please check following setting.

IAR IDE

¾MCU type

¾Pre-included file

¾ICF file

¾Flash loader

Keil IDE

¾MCU type

¾Pre-included file

¾ROM & RAM memory address

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Fujitsu MB9B500 Series user manual Sample Code

Contents

MB9B500 Series FUJITSU SEMICONDUCTOR SHANGHAI LIMITED32-BIT MICROCONTROLLER APPLICATION NOTEALL RIGHTS RESERVED Date Revision HistoryVersion 2011-04-21REVISION HISTORY 2 HARDWARE SETTING1 INTRODUCTION 3 FLASH ON-BOARD PROGRAMMING1.1 Product Overview 1 Introduction1.2 MB9B506 Series MCU 1.3 Board Features AD channel 2 Hardware Setting2.4 Setting for USB On-Board Programming 2.3 Setting for UART On-Board Programming2.2 Jumpers Overview Table 2-2 Setting for UART On-Board Programming„ Use IAR J-Link 2.5 Setting for Debug Tool„ Use Keil U-Link ME 3.1 On-Board Programming via UART 3 Flash On-Board ProgrammingFigure 3-7 Press Reset Button 3.2 On-Board Programming via USBFigure 3-4 USB Device Sign Figure 3-5 COM Port in Device ManagerFigure 3-8 Start Programming „ Press reset key on the board. Programming will start4 Sample Code „ Hardware Setting 4.1 UART„ Flowchart „ UsageFigure 4-3 Send UART Data From PC Side 4.3 RTC 4.2 Nand Flash„ Hardware Setting None „ Flowchart „ Hardware Setting„ Hardware Setting 4.4 CAN„ Block Diagram „ Usage„ Hardware Setting 4.5 USB Function„ Flowchart „ Usage„ Hardware Setting 4.6 USB Host„ Flowchart „ Usage„ Flowchart 4.7 LCD & AD & Key„ Usage Figure 5-1 J-Link Overview Figure 5-2 U-Link Overview 5 Debug Tool and IDE„ Run an Existed Project 5.1 Debug with J-Link in IAR EWARM WorkbenchTool bar Project list Log window Watch window Main window3 Click “Project Rebuild All” 2 Select a project eww fileFigure 5-5 Select a Project Figure 5-6Rebuild All„ Setting for Flash Debug Figure 5-10 Macro File Disabled 2 Don’t select “Use macro files” in “DebuggerSetup” tableFigure 5-11 Flash Load File Path 2 Select “Use macro files” in “DebuggerSetup” table „ Setting for RAM DebugFigure 5-13 Macro File Enabled Figure 5-12 ICF File for RAM DebugFigure 5-14 Flash Loader File Disabled „ How to Make a HEX File3 Don’t use Flash loader file 1 Use Flash debug„ Run an Existed Project 5.2 Debug with U-Link ME in Keil uVision4Tool bar Project list Build output Watch window Main window3 Rebuild all 2 Select a project uvproj file4 Start debug Figure 5-18 Select a ProjectFigure 5-22 ROM Address Setting for Flash Debug „ Setting for Flash DebugFigure 5-21 Debug Tool Bar Figure 5-24 Select Update Target Before Debugging 3 Check “Update Target before Debugging” checkbox2 Don’t use initialization file Figure 5-23 Don’t use initialization File1 Set ROM address in Code SRAM area. 0x1fff8000-0x1fffffff „ Setting for RAM Debug2 Set initialization file path. ..\DebugRAM.ini Figure 5-25 Set RAM Address for RAM DebugFigure 5-27 Select Update Target Before Debugging „ How to Make a HEX FileFigure 5-28 HEX File Generation in Keil IDE „ Software 6 Materials Download„ Document „ Sample code