DESCRIPTION

To install the Software Sample Files please download the compressed self-extracting file. The Standard Installation Target Directory is:

C:\Softune\sample\smplfr

FEATUTRES

• TEMPLATE
  This is a project template for the MB91302 Series. It includes some basic settings for e.g. Linker, C-Compiler which must be checked and modified in detail, corresponding to the user application.
• ADC_INT
  The ADC_INT project initialise ADC. Channel 0, Single mode, acivation by software. The result is output via UART1 (115200bd, 8N1). SKWizard Terminal program can be used to get the results from Starterkit Mb91302.
• BIN2DEC_HEX
  This is a simple test project for the MB91302 Series. It shows conversion of binary values to ASCII and allows to display binary values in Hex or Dec values on the terminal output. The project includes some basic settings for e.g. Linker, C-Compiler which must be checked and modified in detail, corresponding to the user application.
• Jasmine_Industrial
  This project is working on StarterkitMB91302 with Jasmin graphic controller sub-board. It shows as an example an industrial graphic for process control.
• Jasmine_MB91302
  This project is working on StarterkitMB91302 with Jasmin graphic controller sub-board. It simply draws a rectangle and circle on the screen.
• PPG0
  The PPG0 project initialise PPG ch0. PWM mode, activated by Software trigger, int enabled (activated by duty cycle). Within the ISR of PPG0 the duty period is increased.
• PPG0-3
  The PPG0-3 project initialise PPG ch0. - 3 for synchronous start. PWM mode, activated by Software trigger, rising egde for trigger detection, int enabled (activated by duty cycle). All channels can be activated with EN0 bit of GCN20 register. (set in GSN10 register) Within the ISR of PPG0 - 3 the duty period is increased.
• RLD_Timer
  The reload project initialises Reload Timer 0 and 1. In the Interrupt Service Routine, port G (bit 6 or 7) are toggled. In the main loop the lower 4 bits on port G are count up. Port G is connected to the LED's on Starterkit91302.
• SDRAM_Flash_Short_Test
  This example is performing a small RAM/Flash-Test on the external SDRAM (SDRAM connected to CS6, 0x0200.0000-0x027F.FFFF) and Flash memory of the StarterkitMB91302 and outputs corresponding error messages on UART1.
• SDRAM_Full_Test
  This example is performing a RAM-Test on the external SDRAM (SDRAM connected to CS6, 0x0200.0000-0x027F.FFFF) and outputs corrsponding error messages on UART1 in case of errors. Crystal clock is 15MHz. Communication format on UART1 is 115K,8N1
• Starterkit91302_Test
  Example project for MB91302-020 to be used with Starterkit91302. The example is generating a running light on the 8 user LEDs D1-D10 on the starterkit91302. If a terminal is connected to UART1 (X7) a string is sent in case any button INT0, INT3, ADTG or TIN1 is pushed.
• MonDebStarterkit91302_15MHz_CLKT30_V102
  This source is intended to be used with MB91302A-020 on Starterkit91302. The code has been written using SWB V60L03. This debugger has been modified to be used on the Starterkit91302. For this reason special settings have been done and must be considered in case of any modifications.
• UART01
  This example is performing a simple string output on UART0 and UART1 to test UART0 and UART1 function with. The crystal frequency is 15MHz. Peripheral Clock is initialised to 30MHz (CLKP). UART transfer format: 115200KBaud, 8N1, CLKP=30MHz
• UART1_IRQ
  This example uses IRQs for receive and transmit data via the UART1 interface. It simply echos all received data, 115KB, 8N1
• ExternIRQ
  This is an example project how to use external interrupts. It uses external interrupt IRQ0, falling edge and increments on every interrupt the user LED count of PG4-PG6.
• I2C_RW
  This is an example project how to use I2C bus I/F channel 1. The example implements basic byte and page mode read/write access for EEPROM M24LC08B. All I2C data transfers are done by polling of the corresponding status flags. Special terminal commands via UART1 allow to execute the page mode or single data transfers.
• I2C_RW_IRQ
  This is an example project how to use I2C bus I/F channel 1. The example implements basic byte and page mode read/write access for EEPROM M24LC08B. The page mode read/write I2C data transfers are done by polling of the corresponding status flags. The single byte read/write I2C data transfers are done by interrupts. Special terminal commands via UART1 allow to execute the page mode or single data transfers.
• History of the MB91302:

DOWNLOAD

Note: Netscape Navigator 4.xx does not allow direct execution of ".exe" files. Saving them to a temporary folder and executing them there is recommended.

EXE Self-extracting Sample Files for MB91302 V01R03 (5661 KB, 25. April 2005)