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All Software Examples
The following software is for demonstration purposes only. It is not fully tested, nor validated in order to fulfill its task under all circumstances. Therefore, this software or any part of it must only be used in an evaluation laboratory environment. Please check the Disclaimer.
Use only the template-project as starting point for your application. Only the template-project will be updated in case of any change of the header files, startup code etc.!
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| Port0 is a binary counter. If you connect some LEDs to this port, you can see the counter function as a lighting of the LEDs. | 89201_io-v10.zip |
| Port0 is a hexadezimal counter. If you connect a 7-segment display to this port, you can see the counter function. | 89201_io_7seg_counter-v10.zip |
| This is a project template for the MB89201 Series. | 89201_template-v10.zip |
| This is a test application which sends a welcome string to the UART and echoes every received character. | 89201_uart_async-v10.zip |
| This example project will continuously convert the ADC channels 0..3 | 89210_adc_uart_async-v10.zip |
| Port0 (LED port of the BBF2003 evaluation board) is a binary counter. | 89210_io-v10.zip |
| This example shows the functionality of the 12-bit PPG timer. | 89210_ppg12-v10.zip |
| This example shows the functionality of the 8-bit PWM timer | 89210_pwm-v10.zip |
| The purpose of this template is to provide a project frame. | 89210_template-v10.zip |
| This project shows the functionality of the UART. | 89210_uart_async-v10.zip |
| This project shows the functionality of the UART. | 89210_uart_lin_slave-v10.zip |
| This sample uses an Analog - Digital conversion | 90330_adc-v12.zip |
| This sample uses an Analog - Digital conversion and UART0 | 90330_adc_uart_async-v12.zip |
| This is a software example to test the four channels input compare of the 90330 Series (Simple frequency counter) | 90330_frt_icu-v12.zip |
| This is an example of the output compare function. | 90330_frt_ocu-v11.zip |
| The I2C-Interface 0 of the MB90330-Series is used to write and read data from an external EEPROM (24C16) | 90330_i2c_0-v12.zip |
| The I2C-Interface 1 of the MB90330-Series is used to write and read data from an external EEPROM (24C16) | 90330_i2c_1-v12.zip |
| The I2C-Interface 2 of the MB90330-Series is used to write and read data from an external EEPROM (24C16) | 90330_i2c_2-v12.zip |
| This project simply counts an internal variable and outputs the counter value to port0. | 90330_io-v11.zip |
| This project simply shifts a '1' up and down on port0, controlled by INT0 and INT1. | 90330_irq_ext-v12.zip |
| In this example the PPG-timer is set to 16-bit mode. There are three different channels. | 90330_ppg16-v11.zip |
| The channels 0/2/4 of the PPG-timer are used to deliver the count clock for channels 1/3/5. | 90330_ppg88-v11.zip |
| This is a test application to measure the frequency of an input signal on PWC-input pin and send the result to UART0 | 90330_pwc_uart_async-v13.zip |
| This project uses interrupts of reload-timers 0-2 to toggle LEDs (Port0). | 90330_rlt_irq-v11.zip |
| In this example the Timebase Timer is used to generate an interrupt every overrun. | 90330_tbt_irq-v11.zip |
| This is a project template for the MB90330 Series. | 90330_template-v14.zip |
| This is a test application to send a welcome string via UART0. | 90330_uart0_async-v14.zip |
| This is a test application to send a welcome string via UART0. | 90330_uart0_async_irq-v13.zip |
| This is a test application to send a welcome string via UART1. | 90330_uart1_async-v13.zip |
| This is a test application to send a welcome string via UART2. | 90330_uart2_async-v13.zip |
| This is a test application to send a welcome string via UART3. | 90330_uart3_async-v13.zip |
| This project is a demonstration of the Watchdog Timer | 90330_wdt-v11.zip |
| This is a project template for the MB90335 Series. | 90335_template-v13.zip |
| This example performs AD conversion. | 90340_adc-v10.zip |
| This example will use the EIIOS-transfer to move sampled ADC data to RAM without MCU intervention | 90340_adc_eiios-v10.zip |
| This example project will continuously convert the ADC channels 0..2, triggered by Reload Timer 1 and send data to UART1 | 90340_adc_rlt_uart_async-v10.zip |
| This sample uses an Analog - Digital conversion and UART0 | 90340_adc_uart0_async-v11.zip |
| This example performs AD conversion and stores sampled data to a buffer using uDMA transfer | 90340_adc_udma-v11.zip |
| This project demonstrates the address match function. | 90340_adressmatch-v10.zip |
| This project contains a boot strap loader and can be used to create application specific bootloaders. | 90340_bootloader_uart_async-v11.zip |
| This example uses the CAN0 and UART0 interface. It sends CAN0 RX data to UART0 and vice versa. | 90340_can0_uart0_async-v13.zip |
| This example uses the CAN1 and UART0 interface. It sends CAN1 RX data to UART0 and vice versa. | 90340_can1_uart0_async-v13.zip |
| This example shows functionality of the CAN-controller (CAN0). It is controlled by a terminal on UART1. | 90340_can_uart_terminal-v12.zip |
| Erase and Suspend of Sector 1, Program of Sector 2, Resume Erase of Sector 1 | 90340_flash_era_susp_prog_resume-v10.zip |
| This is a demo project for the FLASH-CAN-100P-340 evaluation board. | 90340_flashcan100p340-v15.zip |
| Input Capture and Output Compare sample with independent calculating for Output Compare 0 and Output Compare 1 | 90340_frt_icu_frt_ocu_1-v10.zip |
| Input Capture and Output Compare sample. Output Compare 1 depends on Output Compare 0 | 90340_frt_icu_frt_ocu_2-v10.zip |
| The I2C-Interface0 of the MB90340(C)-Series is used to write and read data from an external EEPROM 24C16. | 90340_i2c-v10.zip |
| IOPort-project simply counts an internal variable and outputs the counter value to port0. | 90340_io-v11.zip |
| This demo project simply shifts a '1' up and down port0, controlled by INT0 and INT1. | 90340_irq_ext-v11.zip |
| Explains the Low-Power-modes: RUN, SLEEP, TIMER, WATCH, STOP, PLL-, MAIN-, SUB-clock | 90340_lpm-v10.zip |
| Via external interrupt 1 the mcu is set to stop mode. | 90340_lpm_stop-v11.zip |
| All PPG-modules are used as 16-bit PPGs: PPG01, PPG23, PPG45, PPG67, PPG89, PPGAB, PPGCD and PPGEF. | 90340_ppg16-v12.zip |
| Phase shifted PPG with ADC-uDMA back measurement | 90340_ppg16_rlt_adc_udma-v10.zip |
| All PPG-modules (PPG0-PPGF) are used as 8-bit PPGs. | 90340_ppg8-v11.zip |
| PPG-modules PPG01 and PPG23 are used in 8-bit prescaler + 8-bit PPG 1ch-mode. | 90340_ppg88-v11.zip |
| This project uses interrupts of reload-timers 0-3 to toggle LEDs. | 90340_rlt_irq-v11.zip |
| This project shows how to use an alternative interrupt jump table. | 90340_sw_vectortable-v10.zip |
| Timebase Timer setup with flashing port in tbt-isr | 90340_tbt-v10.zip |
| This is a project template for the MB90340 Series. | 90340_template-v21.zip |
| This is a test application which sends a welcome string via UART0 and echoes all received characters. | 90340_uart0_async-v13.zip |
| This is a test application which sends a welcome string via UART1 and echoes all received characters. | 90340_uart1_async-v13.zip |
| This is a test application which sends a welcome string via UART2 and echoes all received characters. | 90340_uart2_async-v13.zip |
| This is a test application which sends a welcome string via UART3 and echoes all received characters. | 90340_uart3_async-v13.zip |
| How to communicate with an MAX1286 ADC via SPI and UART. | 90340_uart_sync_sio_max1286-v11.zip |
| How to communicate with an NM93CS46 EEPROM via SPI and UART. | 90340_uart_sync_spi_nm93cs46-v11.zip |
| This is a test application to demonstrate the Watchdog Timer function. | 90340_wdt-v10.zip |
| This project contains a boot strap loader and can be used to create application specific bootloaders. | 90350_bootloader_uart_async-v12.zip |
| This example shows functionality of the CAN-controller. It is controlled by a terminal on UART1. | 90350_can_uart_async_terminal-v14.zip |
| This is a demo project for the FLASH-CAN-64P-350 evaluation board. | 90350_flashcan64p350-v16.zip |
| This is a project template for the MB90350 Series: MB90351 | 90350_template_90351-v13.zip |
| This is a project template for the MB90350 Series: MB90352 | 90350_template_90352-v14.zip |
| This UART example works with receive interrupt of UART2. | 90350_uart_async_irq-v11.zip |
| This project demonstrates the functionality of the clock supervisor. | 90360_clk_supervisor-v10.zip |
| This is a demo project for the FLASH-CAN-48P_90360 evaluation board. | 90360_flashcan48p_90360-v13.zip |
| This example simply toggles a port pin (P83). | 90360_io-v10.zip |
| This project uses interrupts of reload-timers 2 and 3 to toggle LEDs | 90360_rlt_irq-v10.zip |
| This is a project template for the MB90360 Series. | 90360_template-v11.zip |
| This is a test application which sends a welcome string via UART0 and echoes all received characters. | 90360_uart0_async-v12.zip |
| This is a test application which sends a welcome string via UART1 and echoes all received characters. | 90360_uart1_async-v12.zip |
| This project contains a boot strap loader and can be used to create application specific bootloaders. | 90385_bootloader_uart1_async-v10.zip |
| In this demo project, CAN0 will work as a simple repeater. | 90385_can-v13.zip |
| This example demonstrates CAN functionality and can be controlled by a PC terminal program via UART1. | 90385_can_uart_async-v10.zip |
| This is a demo project for the FLASH-CAN-48P-M26 (-90F387) evaluation board. | 90385_flashcan48pm26-v13.zip |
| This project simply counts an internal variable and outputs the counter value to LEDs on starterkit FLASH-CAN-48P-M26. | 90385_io-v12.zip |
| This is a project for the MB90385 Series to show the usage of external interrupts. | 90385_irq_ext-v10.zip |
| This project uses interrupts of reload-timer0 and reload-timer1 to toggle port 1 (LEDs on FLASH-CAN-64P-LQFP48). | 90385_rlt_irq-v12.zip |
| This is a project template for the MB90385 Series. | 90385_template-v16.zip |
| This is a test application which sends a welcome string via UART1 and echoes every received character. | 90385_uart1_async-v13.zip |
| This projects shows how to use EIIOS with UART interface. | 90385_uart1_async_eiios-v11.zip |
| This is a test application to echo characters received via UART1 using RX IRQ. | 90385_uart1_async_irq-v10.zip |
| This example shows how ReloadTimer 1 can be used to generate the Baudrate of UART 1. | 90385_uart1_rlt1-v10.zip |
| This application uses the A/D-Converter of the MB90390. | 90390_adc-v10.zip |
| In this application CAN0 and CAN1 will send out a counter value. | 90390_can-v12.zip |
| The Input Capture Unit 01 is used for time measurement on input pin IN0 (Pin 93). | 90390_frt_icu-v10.zip |
| This program uses all four OCUs with two compare registers each. | 90390_frt_ocu-v10.zip |
| This project simply counts down an internal variable and outputs the counter value to port0. | 90390_io-v12.zip |
| In this application, external interrupt pins INT0..7 are enabled and switch LEDs on the FLASH-CAN-64P board. | 90390_irq_ext-v10.zip |
| All PPG-modules are used as 16-bit PPGs: PPG01, PPG23, PPG45, PPG67, PPG89 and PPGAB. | 90390_ppg16-v11.zip |
| All PPG-modules (PPG0-PPGB) are used as 8-bit PPGs. | 90390_ppg8-v10.zip |
| Reload-project uses interrupts of reload-timer0 and reload-timer1 to toggle LEDs. | 90390_rlt_irq-v10.zip |
| This example will control a stepper motor. | 90390_smc-v11.zip |
| This is a simple demo project to initialize and use the sound generator. | 90390_sound-v10.zip |
| This project shows the usage of the sound-generator to play some music. | 90390_sound_music-v11.zip |
| This is a project template for the MB90390 Series. | 90390_template-v15.zip |
| This is a test application which sends a welcome string to the serial output UART0 and echoes every received character. | 90390_uart0_async-v10.zip |
| This is a test application which sends a welcome string to the serial output UART0 and echoes every received character. | 90390_uart0_async_rlt-v10.zip |
| This is a test application which sends a welcome string to the serial output UART1 and echoes every received character. | 90390_uart1_async-v10.zip |
| This is a test application which sends a welcome string to the serial output UART3 and echoes every received character. | 90390_uart3_async-v10.zip |
| This is a test application which sends a welcome string to the serial output UART3 and echoes every received character. | 90390_uart3_async_irq-v10.zip |
| This is a test application to demonstrate the Watchdog Timer function. | 90390_wdt-v10.zip |
| CAN0 and CAN1 will send out a counter value. | 90420_can-v11.zip |
| An internal variable is decremented and put out to port P4 | 90420_io-v10.zip |
| Project template for MB90420 Series | 90420_template-v13.zip |
| This demo will sample all 8 A/D-channels in continuous mode | 90425_adc_irq-v12.zip |
| This demo will sample all 8 A/D-Channels and send the results via UART1 | 90425_adc_uart1_async-v12.zip |
| CAN0 will work as a simple repeater. | 90425_can-v11.zip |
| An internal variable is decremented, and at zero, clock mode is toggled. | 90425_clk_sub-v11.zip |
| The Input Capture Unit 1 is used for time measurement on Port IN0 (Pin98) | 90425_frt_icu-v11.zip |
| An internal variable is decremented and put out to port P4 (LEDs on FLASH-CAN-100P) | 90425_io-v11.zip |
| A falling edge on INT0..INT7 will toggle PDR4_P40..7 (LEDS on FLASH-CAN-100P) | 90425_irq_ext-v11.zip |
| The internal LCD controller and internal resistor devider are used, different methods to switch segments are shown. | 90425_lcd_seg-v10.zip |
| This project uses PPG channels 0-2 to put out a rectangular wave. | 90425_ppg-v11.zip |
| Interrupts of Reload Timers 0 and 1 toggle LEDs on Port 4 | 90425_rlt_irq-v11.zip |
| Project template for the MB90425 Series | 90425_template-v16.zip |
| A welcome string is sent via UART0, and every received character is echoed. | 90425_uart0_async-v11.zip |
| A welcome string is sent via UART1, and every received character is echoed. | 90425_uart1_async-v10.zip |
| The Real-Time Watch Timer is set to 00:00:06 (h/m/s). Each second an interrupt occurs. | 90425_wt-v11.zip |
| Project template for the MB90435 Series (See also 90540/545 examples, especially for V-Chip!) | 90435_template-v18.zip |
| CAN0 and CAN1 will send out a counter value. | 90440_can-v11.zip |
| This project decrements an internal variable and puts the value out to port4. | 90440_io-v10.zip |
| This project uses interrupts of Reload Timer 0 and 1 to toggle LEDs on port4. | 90440_rlt_irq-v10.zip |
| Project template for the MB90440 Series | 90440_template-v16.zip |
| Example project which sends a welcome string via UART0 and echoes every received character. | 90440_uart0_async-v10.zip |
| Example project which sends a welcome string via UART1 and echoes every received character. | 90440_uart1_async-v10.zip |
| Project template for the MB90455 Series | 90455_template-v17.zip |
| A counter value is put out on port1. Since the Watchdog is enabled once but not re-triggered, the MCU resets. | 90455_wdt-v10.zip |
| The Free Running Timer is reset by an Input Capture event. | 90460_frt_icu-v10.zip |
| This example initializes the Output Compare Units 0-5 and the 16-bit Free Running Counter. | 90460_frt_ocu-v10.zip |
| This project simply counts down an internal variable and puts its value to port0. | 90460_io-v10.zip |
| LEDs on port 0 (e.g. on FLASH-CAN-64P-M09-V2) are toggled at each int0 detection. | 90460_irq_ext-v10.zip |
| This project initializes PPG channels 0-2 and generates a rectangular waveform. | 90460_ppg-v10.zip |
| Interrupts of Reload Timer 0 and 1 toggle LEDs on port0 | 90460_rlt_irq-v10.zip |
| Project template for the MB90460 Series | 90460_template-v13.zip |
| This example initializes UART0 and puts out a welcome string. Then it echoes every received character. | 90460_uart0_async-v10.zip |
| This example initializes UART1 and puts out a welcome string. Then it echoes every received character. | 90460_uart1_async-v10.zip |
| ADC is initialized, conversion data is read out using polling. | 90470_adc-v11.zip |
| This example shows usage of the ADC with interrupts. After each conversion, an interrupt occurs. | 90470_adc_irq-v11.zip |
| The uDMA function is used to read out the ADC result buffer. | 90470_adc_udma-v11.zip |
| This example shows usage of the Chip Select function of the MB90470 Series. | 90470_extbus_cs-v11.zip |
| This example shows usage of the Multiplexed External Bus interface. | 90470_extbus_mux-v11.zip |
| This example shows how to use the External Bus interface in non-multiplexed mode. | 90470_extbus_nomux-v11.zip |
| The I2C-interface is used for r/w access on an external EEPROM (24C16) | 90470_i2c-v11.zip |
| This project decrements an internal variable and puts the value out to port4. | 90470_io-v11.zip |
| A rising edge on INT0..7 will toggle PDR4_P40..7 (LEDs on FLASH-CAN-100P) | 90470_irq_ext-v11.zip |
| In this project, the Reload Timer interrupt is used to toggle LEDs on port 4. | 90470_rlt_irq-v11.zip |
| Project template for the MB90470 Series | 90470_template-v17.zip |
| A welcome string is sent via UART0, and every received character is echoed. | 90470_uart_async-v11.zip |
| The ADC is initialized in single conversion mode 1, channel AN0 is used. Conversion data is read out using polling. | 90480_adc-v11.zip |
| Everytime the ADC has sampled one channel, an interrupt occurs and ADCR1 is stored to a variable. | 90480_adc_irq-v11.zip |
| This project uses the uDMA transfer function to read out the ADC result buffer. ADC is set to continuous mode | 90480_adc_udma-v11.zip |
| This project decrements an internal variable and puts the value out to port4. | 90480_io-v10.zip |
| The Reload Timer interrupt is used to toggle port 4. | 90480_rlt_irq-v11.zip |
| Project template for the MB90480 Series | 90480_template-v16.zip |
| A welcome string is sent via UART0, and every received character is echoed. | 90480_uart_async-v10.zip |
| Project template for the MB90485 Series | 90485_template-v11.zip |
| ADC is initialized, conversion data is read out using polling. | 90495_adc-v13.zip |
| This sample uses EI2OS transfer to store six conversion results to a buffer address. | 90495_adc_eiios-v13.zip |
| After each channel conversion, an interrupt occurs and the ADCR0 Register is stored to a variable. | 90495_adc_irq-v15.zip |
| ADC is initialized in stop mode. Conversion data of channels 0..7 is polled and sent to UART1. | 90495_adc_uart_async-v10.zip |
| This project contains a boot strap loader and can be used to create application specific bootloaders. | 90495_bootloader_uart1_async-v14.zip |
| A simple CAN repeater, received data is also shown on P07..P00 (User LEDs of FLASH-CAN-64P) | 90495_can-v11.zip |
| This example demonstrates CAN functionality and can be controlled by a PC terminal program via UART1. | 90495_can_uart_async-v14.zip |
| This example uses the 32 KHz sub clock as machine clock, and then sets the sleep bit. | 90495_clk_sub_lpm_sleep-v12.zip |
| This example demonstrates the External Bus interface. It shows different methods to read and write data fron/to the bus. | 90495_extbus-v10.zip |
| This example is for the Accemic Debugger Std V1.3. It uses different methods to read/write from/to the bus. | 90495_extbus_accemic-v10.zip |
| This is a test application to send a welcome string to UART0 and UART1. It also echoes every received character. | 90495_flashcan64pm09v2-v10.zip |
| This example uses Input Capture Units 0-3 and the Free Running Timer. | 90495_frt_icu-v10.zip |
| This example initializes the 16-bit Free Running IO-Timer. Every overflow causes an interrupt which increments port0. | 90495_frt_irq-v10.zip |
| This project decrements an internal variable and puts the value out to port0. | 90495_io-v10.zip |
| All external interrupt pins (INT0..7) are enabled. A falling edge on INTx will set PDR0_P0x (LEDs on FLASH-CAN-64P). | 90495_irq_ext-v10.zip |
| This example can be used to measure interrupt response times using an external interrupt. | 90495_irq_ext_measurement_rlt-v11.zip |
| After reset, a LED counter will start. When it reaches '6', the MCU is set to Stop-mode. INT0 or INT1 will wake it up. | 90495_lpm_stop-v11.zip |
| The Timebase Timer cyclically wakes up the CPU, shifts a LED, and turns back to Timer-mode. | 90495_lpm_timer-v11.zip |
| This example demonstrates the 16-bit PPG mode. Reload Timer 0 IRQ is used to modify PPG channel 1. | 90495_ppg16-v20.zip |
| Both PPG channels of the MB90495 Series are set to 2x8-bit mode, so four independent channels are available. | 90495_ppg8-v10.zip |
| Interrupt service routine of Reload Timer is used to modify PPG channel 1. | 90495_ppg_rlt_irq-v11.zip |
| This example shows the functionality of EIIOS together with the Reload Timer. | 90495_rlt_eiios-v10.zip |
| This project uses interrupts of Reload Timers 0 and 1 to toggle LEDs. | 90495_rlt_irq-v10.zip |
| Interrupt of Reload Timer 0 is used to toggle LEDs. It works in Single-mode and is triggered by the TIN-Pin. | 90495_rlt_oneshot-v10.zip |
| This project shows the 'sprintf'-function. | 90495_sw_sprintf-v10.zip |
| The Timebase Timer is set up, and within the interrupt service routine a LED-Port is toggled. | 90495_tbt-v12.zip |
| Project template for the MB90495 Series | 90495_template-v17.zip |
| A welcome string is sent via UART0, and every received character is echoed. | 90495_uart0_async-v11.zip |
| This project initializes UART0 for synchronous transfer mode. It shows received data on LEDs. | 90495_uart0_sync-v10.zip |
| A welcome string is sent via UART1, and every received character is echoed. | 90495_uart1_async-v10.zip |
| A welcome string is sent via UART1, and every received character is echoed. Baud rate is 115000 baud. | 90495_uart1_async_115kbaud-v10.zip |
| A welcome string is sent via UART1, and every received character is echoed. An external clock of 1.84 MHz is used. | 90495_uart1_async_115kbaud_clk_ext-v10.zip |
| This project shows how to use EIIOS with the UART interface. | 90495_uart1_async_eiios-v10.zip |
| This is a demo project for UART1 to test features of the EIIOS interrupt function. | 90495_uart1_async_rx_eiios-v11.zip |
| This is a demo project for UART1 to test features of the EIIOS interrupt function. | 90495_uart1_async_tx_eiios-v11.zip |
| This is a demo project for UART1 to test features of the EIIOS interrupt function. | 90495_uart1_async_tx_rlt_eiios-v11.zip |
| This example shows the most common settings for UART0 and 1 in async. mode (8N1, 1200, 4800, 9600, 19200, 38400 Baud) | 90495_uart_async-v10.zip |
| This example uses the Watch Timer in Interrupt-mode. Toggles port P02. | 90495_wt_irq-v10.zip |
| This is a demo program to test the ADC of MB90520 Series. Conversion end is detected by software polling. | 90520_adc-v11.zip |
| This project contains a boot strap loader which can be used to create application specific bootloaders. | 90520_bootloader_uart_async-v30.zip |
| This project decrements an internal variable and puts the value out to port1. | 90520_io-v11.zip |
| Interrupt service routine of Reload Timer 0 is used to modify PPG channel 1. | 90520_ppg_rlt_irq-v11.zip |
| This project uses interrupts of Reload Timer 0 and 1 to toggle LEDs. | 90520_rlt_irq-v11.zip |
| Project template for the MB90520 Series | 90520_template-v15.zip |
| This example uses the ADC macro of the MB90543. It scans AN0..3 in Single-mode with 10-bit resolution. | 90540_adc-v11.zip |
| This example uses EIIOS to automatically transfer AD conversion results to memory. ADC is used in Single-mode. | 90540_adc_eiios-v12.zip |
| This example shows function of the ADC together with EIIOS and the Reload Timer. RLT underflow triggers AD conv. of channels AN0..AN6. | 90540_adc_eiios_rlt-v11.zip |
| This project performs a simple AD-conversion in Stop-mode. The result is displayed on port 4 (LEDs on FLASH-CAN-100). | 90540_adc_io-v11.zip |
| This example uses the ADC of the MB90543 with interrupts. It scans AN0..3 in Single-mode with 10-bit resolution. | 90540_adc_irq-v12.zip |
| This example uses the ADC of the MB90543. The activation by Reload Timer 1 is selected. | 90540_adc_rlt-v11.zip |
| This example continuously converts ADC channels 0..2. Channel number and sampled value are sent via UART1 | 90540_adc_uart_async-v10.zip |
| This project contains a boot strap loader which can be used to create application specific bootloaders. | 90540_bootloader_uart_async-v11.zip |
| CAN0 and CAN1 will send out a counter value. The lower nibble of received data is displayed on P40..43 (CAN0) and P44..47 (CAN1) | 90540_can-v11.zip |
| This example shows how to switch from Main-clock to Sub-clock Mode. | 90540_clk_sub-v10.zip |
| This is a dummy project to start the Softune Workbench debugger directly, without using the project management IDE. | 90540_debug-v10.zip |
| This example uses two EIIOS channels. Channel 0 for UART0 and Reload Timer 0, and Channel 1 for UART1 and RLT1 | 90540_eiios_uart_async-v10.zip |
| This example uses the external bus interface of the MB90F543. | 90540_extbus-v20.zip |
| This example is for the Accemic Debugger Std V1.3. It uses different methods to read/write from/to the bus. | 90540_extbus_accemic-v10.zip |
| This example uses the external bus interface of the MB90F543. It uses different methods to read/write bus data. | 90540_extbus_hak-v10.zip |
| This sample explains the usage of the Output Compare Unit. | 90540_frt_ocu-v13.zip |
| This sample explains the usage of the Output Compare Unit. | 90540_frt_ocu1-v12.zip |
| This sample explains the usage of the Output Compare Unit with interrupts. | 90540_frt_ocu_irq-v13.zip |
| This project decrements an internal variable and puts the value out to port4. | 90540_io-v11.zip |
| This project explains usage of external interrupts and Stop-mode. | 90540_irq_ext_lpm_stop-v10.zip |
| This example demonstrates usage of the 16-bit PPG. Reload Timer 0 is used to modify PPG01. | 90540_ppg16-v20.zip |
| ISR of Reload Timer 0 is used to modify PPG channel 01. | 90540_ppg_rlt_irq-v10.zip |
| This project uses the interrupts of Reload Timer 0 and 1 to toggle LEDs | 90540_rlt_irq-v10.zip |
| This is a test application to send out data via SIO. Frequency is 31.25 kHz in mode 0. | 90540_sio-v10.zip |
| This example shows how to use SIO with interrupts in R/W Standby-mode. | 90540_sio_irq_1-v10.zip |
| This example shows how to use SIO with interrupts in R/W Standby-mode. | 90540_sio_irq_2-v10.zip |
| This project communicates with an EEPROM (NM25C20, SPI) using the SIO of the MB90543 MCU. | 90540_sio_spi-v10.zip |
| This project communicates with an EEPROM (NM25C20, SPI) using the SIO of the MB90543 MCU. | 90540_sio_spi_irq-v10.zip |
| Project template for the MB90540 Series | 90540_template-v16.zip |
| A welcome string is sent via UART0, and every received character is echoed. | 90540_uart0_async-v10.zip |
| A welcome string is sent via UART0, and every received character is echoed. Interrupts are used. | 90540_uart0_async_irq-v10.zip |
| A welcome string is sent via UART1, and every received character is echoed. | 90540_uart1_async-v10.zip |
| A welcome string is sent via UART1, and every received character is echoed. Interrupts are used. | 90540_uart1_async_irq-v10.zip |
| This project transfers data between the two UARTs of the MB90543. Both UARTs work in async. mode. Interrupts are used. | 90540_uart_async_irq-v10.zip |
| This is a test application in which communication between several MCUs is shown. | 90540_uart_async_master_slave_irq-v10.zip |
| This example shows the usage of low level functions to realize scanf/printf functions on the UART interface. | 90540_uart_async_printf-v11.zip |
| This application uses UART1 of MB90543 to drive a SPI EEPROM at 62,5 kHz, 8 bit, no parity. | 90540_uart_sync_spi-v10.zip |
| This sample shows how to initialize and use the internal Watchdog Timer of the MB90540 Series. | 90540_wdt-v10.zip |
| This example shows usage of the Watch Timer in Interrupt-mode. | 90540_wt-v10.zip |
| This example demonstrates Flash programming. The routine itself is executed in RAM. Code is located in RAM at runtime. | 90545_flash_1-v11.zip |
| This example demonstrates Flash programming. The routine itself is executed in RAM. Code is located in RAM at runtime. | 90545_flash_2-v11.zip |
| This example shows how to use the Input Capture Unit with EIIOS transfer. | 90545_frt_icu_eiios-v10.zip |
| This example uses the Output Compare Units 0-3 to generate 4 rectangular wave outputs. | 90545_frt_ocu-v10.zip |
| This project decrements an internal variable and puts the value out to port1. | 90545_io-v10.zip |
| This project shows the usage of software interrupt INT9. | 90545_irq_ext_int9-v10.zip |
| ISR of Reload Timer 0 is used to modify PPG channel 1. | 90545_ppg_rlt_irq-v10.zip |
| This project uses interrupts of Reload Timer 0 and 1 to toggle LEDs. | 90545_rlt_irq-v10.zip |
| Project template for the MB90545 Series. | 90545_template-v14.zip |
| This project shows how to set up the ADC, using channel 0, software start, no interrupts. | 90550_adc-v11.zip |
| This project contains a boot strap loader which can be used to create application specific bootloaders. | 90550_bootloader_uart_async-v30.zip |
| This is a demo program to use EIIOS transfer with the SIO interface. | 90550_eiios_sio-v10.zip |
| This is a demo program to use EIIOS transfer with UART or SIO interface, default is UART in sync. mode. | 90550_eiios_uart_sync_sio-v10.zip |
| I2C-interface 1 (SDA1 and SCL1) is used to send data bytes periodically. | 90550_i2c-v10.zip |
| This example uses the I2C ch. 0 of the MB90550A Series to communicate with an EEPROM (24LC08). | 90550_i2c_irq-v10.zip |
| This project decrements an internal variable and puts the value out to port4. | 90550_io-v10.zip |
| This is a demo project to show how to set the CPU into Sleep-mode. INT0 is used to wake it up (on low level). | 90550_lpm_sleep-v10.zip |
| This is a demo project to show how to set the CPU into Stop-mode. INT0 is used to release the CPU. | 90550_lpm_stop-v10.zip |
| ISR of Reload Timer 0 is used to modify PPG channel 1. | 90550_ppg_rlt_irq-v10.zip |
| This project uses interrupts of Reload Timer 0 and 1 to toggle two LEDs. | 90550_rlt_irq-v10.zip |
| Project template for the MB90550 Series. | 90550_template-v16.zip |
| This example shows how to use the ADC with interrupts. | 90560_adc_irq-v13.zip |
| This project uses a Reload Timer to trigger the ADC every 20 us. ADC runs in Single-mode. | 90560_adc_rlt-v12.zip |
| This example demonstrates Flash programming. The routine itself is executed in RAM. Code is located in RAM at runtime. | 90560_flash-v11.zip |
| This is an example which initializes Input Capture Units 0-3 and also uses the 16-bit Free Running Timer. | 90560_frt_icu-v10.zip |
| This example program initializes Output Compare Units 0-5 and the Free Running Timer. | 90560_frt_ocu-v10.zip |
| This example program initializes Output Compare Units 0-5, PPG 0-5 and the 16-bit Free Running Timer. | 90560_frt_ocu_ppg-v10.zip |
| This example uses OCU01, PPG01, and the Waveform Generator. It shows the operation of PPG and GATE signal control circuit. | 90560_frt_ocu_ppg_wave-v10.zip |
| This example uses Output Compare Unit 1, the 16-bit FRT and the Waveform Generator. | 90560_frt_ocu_wave-v10.zip |
| This project decrements an internal variable and puts the value out to port0. | 90560_io-v10.zip |
| This is a simple example how to enter Stop-mode on the MB90560 Series. External IRQ0 is used to wake up the MCU. | 90560_lpm_stop-v11.zip |
| This example initializes PPG0-5 in 8+8-bit mode. PPG 0,2,4 serve as prescaler for PPG 1,3,5. PPG 1,3,5 IRQs are activated. | 90560_ppg88_irq-v12.zip |
| This example program for the MB90560 Series initializes PPG channels 0 and 1. The PPG modes can also be set. | 90560_ppg_01-v10.zip |
| This example program initializes PPG0-5. | 90560_ppg_05-v11.zip |
| This program uses OCU0-5, PPG0-5, the 16-bit FRT and the Waveform Generator. It shows how to initialize a gated PPG output. | 90560_ppg_frt_ocu-v10.zip |
| ISR of Reload Timer 0 is used to modify PPG channel 1. | 90560_ppg_rlt_irq-v10.zip |
| This example uses interrupts of Reload Timer 0 and 1 to toggle LEDs. | 90560_rlt_irq-v10.zip |
| Project template for MB90560 Series. | 90560_template-v14.zip |
| A welcome string is sent via UART0, and every received character is echoed. | 90560_uart0_async-v10.zip |
| A welcome string is sent via UART1, and every received character is echoed. | 90560_uart1_async-v10.zip |
| A simple program to send or receive characters over UART1 | 90560_uart1_sync-v10.zip |
| This example uses a Reload Timer and puts a string to UART0 and UART1. | 90560_uart_async_rlt-v10.zip |
| This sample uses IO Ports. | 90565_io-v10.zip |
| This project uses interrupts of Reload Timers 0 and 1 to toggle LEDs. | 90565_rlt_irq-v10.zip |
| Project template for MB90565 Series. | 90565_template-v15.zip |
| This project contains a boot strap loader. | 90570_bootloader_uart_async-v11.zip |
| This is a demo program to use the I2C bus interface of the MB90570. | 90570_i2c-v10.zip |
| This project simply counts down an internal variable and outputs the counter value to port1. | 90570_io-v10.zip |
| Interrupt service routine of Up/Down Counter is used to modify PPG channel 1. | 90570_ppg_udc_irq-v11.zip |
| This is a project template for the MB90570 Series. | 90570_template-v16.zip |
| This is a demo program to initialize the UART0 interface. | 90570_uart_async-v10.zip |
| This project uses the Up/Down Counter to generate interrupts. Interrupt service routines are used to toggle LEDs. | 90570_udc_irq-v10.zip |
| This project contains a boot strap loader. | 90580_bootloader_uart_async-v10.zip |
| This is an example project for the MB90580 Series. It initializes the DA-Converter and outputs a rising edge on the DA channel0. | 90580_dac-v10.zip |
| This project simply decrements a counter on port4. | 90580_io-v10.zip |
| Interrupt service routine of Reload Timer 0 is used to modify PPG channel 1. | 90580_ppg_rlt_irq-v11.zip |
| This project uses interrupts of Reload Timer 0 and 1 to toggle LEDs. | 90580_rlt_irq-v10.zip |
| This is a project template for the MB90580 Series. | 90580_template-v17.zip |
| This sample project shows how to use EIIOS with UART1. | 90580_uart1_async_eiios-v10.zip |
| This project uses Reload Timer 0 to generate the baud rate for UART0. | 90580_uart_async_rlt_baudrate-v10.zip |
| This is a simple demo program to use the A/D converter. | 90590_adc-v11.zip |
| This project contains a boot strap loader. | 90590_bootloader_uart_async-v20.zip |
| This is a CAN template for the MB90590 Series | 90590_can-v11.zip |
| This is a CAN template for the MB90590 Series | 90590_can_manag-v20.zip |
| This is a CAN template for the MB90590 Series | 90590_can_uart_async-v13.zip |
| This project toggles the output pin PDR4_P40. PLL can be turned of by connecting a pin to VCC. | 90590_clk_pll_off-v11.zip |
| This project uses the Output Compare Units and the 16-bit IO Timer (Free Running Timer) | 90590_frt_ocu-v10.zip |
| This project simply counts down an internal variable and outputs the counter value to port1 | 90590_io-v10.zip |
| Interrupt service routine of Reload Timer 0 is used to modify PPG channel 1. | 90590_ppg_rlt_irq-v11.zip |
| This project uses interrupts of Reload Timer 0 and 1 to toggle LEDs. | 90590_rlt_irq-v10.zip |
| This is a simple demo project to initialize and use the stepper motor controller. | 90590_smc-v11.zip |
| This is a simple demo project to initialize and use the sound generator. | 90590_sound-v10.zip |
| This is a project template for the MB90590 Series. | 90590_template-v14.zip |
| A welcome string is sent via UART0, and every received character is echoed. | 90590_uart0_async-v10.zip |
| This project sample shows how to initialize the Watch Timer. | 90590_wt-v10.zip |
| Data conversion is performed in Single-mode. This program uses channels 0-2 of the A/D-converter. Conversion end is detected using software polling. | 90595_adc-v11.zip |
| Data conversion is performed in Single-mode. The conversion uses the Extended Intelligent I/O Service. | 90595_adc_eiios-v12.zip |
| Data conversion is performed in Single-mode and an interrupt is generated whenever a data conversion is finished. | 90595_adc_irq-v12.zip |
| CAN0 will work as a simple Repeater. | 90595_can-v12.zip |
| This example is for the Accemic Monitor Debugger Std V1.3 | 90595_can_accemic-v12.zip |
| This is a demo program for a simple network management for CAN. | 90595_can_manag-v20.zip |
| This is an example program for the MB90595 series. It initializes the Input Capture Unit 0. | 90595_frt_icu0-v10.zip |
| This is an example program for the MB90595 series. It initializes the Output Compare Units 0-3. | 90595_frt_ocu-v12.zip |
| This is an example program for the MB90595 series. It initializes the Input Capture Unit 0 and the Output Compare Unit 0. | 90595_frt_ocu_frt_icu-v10.zip |
| This project simply counts down an internal variable and outputs the counter value to port1. | 90595_io-v10.zip |
| This is a project to set the MB90F598 into Timer-mode. | 90595_lpm_timer-v10.zip |
| This is a 16-bit PPG project for the MB90595 Series. | 90595_ppg16-v20.zip |
| Interrupt service routine of Reload Timer 0 is used to modify PPG channel 1 and channel 3. | 90595_ppg8-v11.zip |
| This is an example program for the MB90595 series. It initializes PPG0 and PPG1. | 90595_ppg88-v11.zip |
| Interrupt service routine of Reload Timer 0 is used to modify PPG channel 1. | 90595_ppg_rlt_irq-v11.zip |
| This project uses interrupts of Reload Timer 0 and 1 to toggle LEDs. | 90595_rlt_irq-v10.zip |
| This is an example program for the MB90595 series. It initializes the SIO to output a byte with internal clock synchronisation. | 90595_sio-v10.zip |
| This is a project template for the MB90595 Series. | 90595_template-v14.zip |
| This is a simple demo program to initialize and use the UART interface. | 90595_uart1_async-v10.zip |
| This is a Watchdog example for the MB90595 Series. | 90595_wdt-v10.zip |
| This example project will continuously convert the ADC channels 0..2 | 90800_adc_uart_async-v10.zip |
| This is a demo project for the FLASH-CAN-100P-340 evaluation board with a MB90800 Series Flash device assembled. | 90800_flashcan100p340-v10.zip |
| This project initializes the internal LCD-controller. (1/3 bias, 1/4 duty). | 90800_lcd_seg-v10.zip |
| This project shows the functionality of the 16-bit PPG unit | 90800_ppg16-v10.zip |
| This project shows the functionality of the Reload Timer. | 90800_rlt_irq-v10.zip |
| This is a project template for the MB90800 Series. | 90800_template-v11.zip |
| This project shows the functionality of the UART0. | 90800_uart0_async-v10.zip |
| This project shows the functionality of the UART1. | 90800_uart1_async-v10.zip |
| This project shows the functionality of the Watch Timer. | 90800_wt-v10.zip |
| This project shows how to implement a Real-Time-Clock (RTC) based on the the Watch-Timer. | 90800_wt_rtc-v10.zip |
| This is a demo project for the MB90820 Series. It uses UART and User LEDs. | 90820_sk80p820-v10.zip |
| This is a project template for the MB90820 Series.. | 90820_template-v12.zip |
| This is a project template for the MB90860 Series.. | 90860_template-v19.zip |
| This example is for the FLASH-CAN-48P-M26 board and will only work with an MB90F897 device. | 90895_flashcan48pm26-v11.zip |
| This is a project template for the MB90895 Series. | 90895_template-v15.zip |
| A welcome string is sent via UART0, and every received character is echoed. | 90895_uart0_async-v10.zip |
| A welcome string is sent via UART1, and every received character is echoed. | 90895_uart1_async-v10.zip |
| This project simply counts an internal variable and outputs the counter value to port0 | 90945_io-v12.zip |
| This project simply increments port0, controlled by INT4. LEDs are connected to port0 on starterkit 'FLASH-CAN-100P-340'. | 90945_irq_ext-v12.zip |
| This project uses interrupt of Reload Timer 0 and increments Port0. LEDs are connected to port0 on startkit 'FLASH-CAN-100P-340'. | 90945_rlt_irq-v12.zip |
| This is a project template for the MB90945 Series. | 90945_template-v14.zip |
| This example is for the FLASH-CAN-48P-M26 board and will only work with an MB90F962(S) device. | 90960_flashcan48p_90960-v10.zip |
| This example simply toggles a port pin (P83). | 90960_io-v10.zip |
| This project uses interrupts of reload-timers 2 and 3 to toggle LEDs | 90960_rlt_irq-v10.zip |
| This is a project template for the MB90960 Series. | 90960_template-v11.zip |
| This is a test application which sends a welcome string via UART0 and echoes all received characters. | 90960_uart0_async-v11.zip |
| This is a test application which sends a welcome string via UART1 and echoes all received characters. | 90960_uart1_async-v11.zip |
| This demo project shows how to control the Agilent DC Power-supply 6612C by SCPI commands. | 90xxx_agilent6612c_scpi-v10.zip |
| Some software examples show how to access the CAN interface. | 90xxx_can-v11.zip |
| The flash memory is written to lower bank during executing program in upper bank | 90xxx_dual_op_flash-v10.zip |
| This is a project to access the external bus at address 1000H. | 90xxx_extbus_1-v11.zip |
| This is a project to access the external bus at address 10000H. | 90xxx_extbus_2-v11.zip |
| The Flash memory is accessed in CPU access mode. It is not possible to write data to the Flash and execute it at the same time. | 90xxx_flash-v12.zip |
| Erase and Suspend of Sector 1, Program of Sector 2, Resume Erase of Sector 1 | 90xxx_flash_era_susp_prog_resume-v10.zip |
| This sample project demonstrates Flash programming. The routines themselves are executed in RAM. | 90xxx_flash_sw_ramcode_uart_async-v14.zip |
| This example uses the Input Capture Unit (IN0) to decode a remote control using 'PWM'-code. | 90xxx_frt_icu_pwc-v10.zip |
| This example provides the basic routines to connect a Fujitsu microcontroller to a 1-wire device from Dallas Semiconductor. | 90xxx_hw_ds1820-v10.zip |
| This sample project will increase or decrease the variable enc_position depending on the moving direction of a rotary encoder by using the Input Capture Unit (ICU). | 90xxx_hw_rotaryencoder_frt_icu-v11.zip |
| This sample project will increase or decrease the variable enc_position depending on the moving direction of a rotary encoder by using two external interrupts. | 90xxx_hw_rotaryencoder_irq_ext-v10.zip |
| Alphanumerical LCD-4-Lines driver (Displaytech 164A) | 90xxx_lcd_alpha_4lines-v10.zip |
| This is a sample showing two moving animations on a 16x2 LCD display. | 90xxx_lcd_alpha_animation-v10.zip |
| This is a sample showing two moving animations on a 16x2 LCD display. | 90xxx_lcd_alpha_ball-v10.zip |
| This example project shows how the LPMCR register should be accessed in order to avoid the Standby Cancel Failure. Wakeup from Sleep- and Timer-mode is performed by timebase timer interrupt approx. | 90xxx_lpm-v12.zip |
| The Compact ICE emulator system MB2147-05 does not support monitoring. This examples shows how 'monitoring' can be emulated instead. | 90xxx_mb2147_05_monitoring-v11.zip |
| This example uses the Reload Timer including its trigger function (TIN0) to decode a remote control using RC5-code. | 90xxx_rlt_ir_rc5-v10.zip |
| Mandatory startup file initialises memory and CPU according to compiler. Supplementary files provide C-wrapper for stack and section. | 90xxx_startup-v15.zip |
| Use this Start610.asm file only with MB90610 Series, because of the special ECSR register setting. | 90xxx_startup_610-v10.zip |
| Sometimes an application requires that some data is neither initialized by a value nor it is cleared to zero. This example shows both _near and _far data that will not be initialized. | 90xxx_sw_data_uninitialized-v10.zip |
| The project soft_i2c is emulating an I2C bus interface for 8-Bit addressing, using two standard I/O ports. | 90xxx_sw_i2c-v10.zip |
| Inline expansion has performance advantage, if very small functions are executed very often. | 90xxx_sw_inline-v10.zip |
| This project shows how a key-button can be checked, in order to identify if it is pressed for a short or a long time. | 90xxx_sw_keypress-v10.zip |
| This is a set of simple demo projects, which show how functions and data in a library are linked to the application. | 90xxx_sw_library-v20.zip |
| This is a demoprogram using "#pragma section" to change sections where code is linked to. | 90xxx_sw_pragmasection_1-v12.zip |
| This project shows how to locate program-code to different sections. | 90xxx_sw_pragmasection_2-v10.zip |
| This is a project to find out the start address, end address and size of a specified section. | 90xxx_sw_pragmasection_3-v10.zip |
| This application uses the function 'printf'. This function needs the low-level function 'write' to be executed. | 90xxx_sw_printf-v12.zip |
| The example processor_status shows how the PS-register can be accessed within a "C"-module. | 90xxx_sw_ps-v10.zip |
| This sample project demonstrates the usage of code to be executed in RAM. There are two basic ways. | 90xxx_sw_ramcode-v10.zip |
| This example shows how REL (Relative) code can be used. | 90xxx_sw_rel-v10.zip |
| How to create log files with the SWB simulator and the printf library function | 90xxx_sw_simulator_printf_to_file-v10.zip |
| This application uses the function 'sprintf'. The 'puts' function needs the low-level function 'write' to be executed. | 90xxx_sw_sprintf-v11.zip |
| This example shows basic functionality of LIN-Master bus operations with the LIN-UART. | 90xxx_uart_lin_master-v22.zip |
| This example shows basic functionality of LIN-Slave bus operations with the LIN-UART. | 90xxx_uart_lin_slaves-v22.zip |
| The program switches to subclock mode in the main.c code. Via the define "enter_sleep_mode" the CPU can be switched to subclock sleep mode or just sleep mode, after the basic initialisation is done. | 90xxx_wt_clk_sub-v11.zip |
| MB91101 FR30 Evaluation Board demonstration program | 91101_fr30-v10.zip |
| This sample initializes one port as output and writes start data to the port. | 91101_io-v11.zip |
| This example shows how to drive an LCD Module (HD44780 or eq.) connected to Port F. | 91101_lcd_alpha-v10.zip |
| This example shows how to connect a standard LCD module to the MB91101 (FR30 Starterkit). | 91101_lcd_seg-v10.zip |
| This project uses RLT0 and 1 interrupt service routine to toggle a port. | 91101_rlt_irq_1-v11.zip |
| This demo initializes the 16-bit Reload Timer and increments a counter once a second by using the Timer interrupt. | 91101_rlt_irq_2-v10.zip |
| This example shows how to use a 16-Bit timer to drive a simple second counter. | 91101_rlt_irq_3-v10.zip |
| Demo Program for the Workbench simulator. | 91101_sw_simulator_1-v10.zip |
| A demo project which shows how to use the simulator. | 91101_sw_simulator_2-v10.zip |
| This is a project template for the MB91100 Series. | 91101_template-v11.zip |
| This sample uses the UART0 to write characters to a terminal program. | 91101_uart_async-v11.zip |
| The ADC runs in Single-mode and is triggered by software, every time the AD conversion is completed. | 91109_adc-v11.zip |
| This sample initializes the DMAC and copys some data from an internal RAM address to another one. | 91109_dma_mem2mem-v11.zip |
| This example performs a simple memory test for an external SRAM located at 0x400000-0x4FFFFF. | 91109_extbus_sw_memorytest-v10.zip |
| This sample initializes one port as output and writes start data to the port. | 91109_io-v11.zip |
| Example project to be used with the Softune Workbench Monitor debugger. | 91109_mondeb_startup-v12.zip |
| Two Reload Timers toggle a port at different frequencies. They are triggered by software. | 91109_rlt_irq_1-v11.zip |
| This demo initializes the 16-bit Reload Timer and increments a counter once a second by using the Timer interrupt. | 91109_rlt_irq_2-v10.zip |
| This sample uses the UART0 and UART1 of the MB91109 to write characters to a terminal program. | 91109_starterkitmb91100-v11.zip |
| This samples shows how certain modes can be linked on specific addresses. | 91109_sw_pragmasection-v11.zip |
| This is a project template for the MB91100 Series. | 91109_template-v11.zip |
| This sample uses the UART0 of the MB91109 to write characters to a terminal program. | 91109_uart0_async-v11.zip |
| This sample shows how to set up the UART0 in synchronous mode. | 91109_uart0_sync-v11.zip |
| This project initializes ADC0. Channel 0, Single-mode, acivation by software. The result is output via UART0 (9600bd, 8N1). | 91230_adc-v10.zip |
| This project initializes the 16-bit Free Running Timer 0 and OCU ch.0/1. | 91230_frt_ocu_1-v10.zip |
| This project initializes the 16-bit Free Running Timer 0 and OCU ch.0/1. | 91230_frt_ocu_2-v10.zip |
| This project initializes Port 1 as output. When using the Starterkit91230 the LEDs are driven. | 91230_io-v10.zip |
| The PPG project initializes PPG ch0 in PWM mode, activated by Software trigger, IRQ enabled. | 91230_ppg_irq-v10.zip |
| All 4 Reload Timers are initialized. Interrupts enabled, reload mode, start by software trigger. | 91230_rlt_irq-v10.zip |
| This is a project template for the MB91230 Series. | 91230_template-v12.zip |
| This project initializes UART0, asynchronous (Mode0), 9600bd, 8N1, LSB first. | 91230_uart0_async-v10.zip |
| This project initializes UART1, asynchronous (Mode0), 9600bd, 8N1, LSB first. | 91230_uart1_async-v10.zip |
| This Example converts the Value at AN8 to a digital value with 8 Bit resolution. | 91265_adc-v10.zip |
| This Example initializes ADC channel8. The converted value is stored to a buffer by DMA-transfer. | 91265_adc_dma-v10.zip |
| Character read from UART and send via CAN . | 91265_can_uart-v10.zip |
| This example stores a typed string to Flash and reads it. It is controlled by a command line interface. | 91265_dual_op_flash_uart-v11.zip |
| This project simply counts an internal variable and outputs the counter value to port5. | 91265_io-v10.zip |
| This is an example project for external interrupts. | 91265_irq_ext-v10.zip |
| This is a simple demonstration for the MAC unit of the MB91265 Series. | 91265_mac_avg-v10.zip |
| This is a simple demonstration for the MAC unit of the MB91265 Series. It applies a sequence to a digital filter. | 91265_mac_filter-v10.zip |
| This is an example project for controlling an AC-inverter. | 91265_ocu_sinpwm-v10.zip |
| This is an example project for using PPG. | 91265_ppg-v11.zip |
| PWC is used to determine the frequency of a rectanculary signal. | 91265_pwc-v10.zip |
| LED is toggled by using RLT-interrupt. | 91265_rlt-v10.zip |
| This is a project template for the MB91265 Series. | 91265_template-v14.zip |
| This example does a simple string output on UART0. | 91265_uart_async-v10.zip |
| This example displays the voltage supplied to AN1 on Port0 (LEDs) and on the UART0 | 91270_ad_uart-v11.zip |
| This sample uses CAN and UART2 | 91270_can-v11.zip |
| This is a demo project for the Flash-Can-100P-340 evaluation board. | 91270_flashcan100p340-v13.zip |
| This sample uses the LEDs as a counter | 91270_io-v11.zip |
| This is a template project | 91270_template-v12.zip |
| This example uses UART0 | 91270_uart0_async-v11.zip |
| This example uses UART1 | 91270_uart1_async-v11.zip |
| This example uses UART2 | 91270_uart2_async-v11.zip |
| This uses UART3 as LIN master | 91270_uart_lin_master-v11.zip |
| This project initializes the ADC Channel 0, Single-mode, acivation by software. The result is output via UART1. | 91302_adc_irq-v11.zip |
| This example performs a RAM test on the external SDRAM and outputs corrsponding error messages on UART1 in case of errors. | 91302_extbus_flash_sdram_memorytest_full-v11.zip |
| This example performs a small RAM/Flash test on the external SDRAM and Flash memory | 91302_extbus_flash_sdram_memorytest_short-v14.zip |
| This project runs on Starterkit91302 with the Jasmine graphic controller sub-board. It simply draws a rectangle and circle on the screen. | 91302_extbus_gdc_jasmine-v10.zip |
| This project runs on Starterkit91302 with the Jasmine graphic controller sub-board. As an example it shows an industrial graphic for process control. | 91302_extbus_gdc_jasmine_industrial-v10.zip |
| The program performs a read/write access to an I2C-bus EEPROM (Microchip 24LC08B). | 91302_i2c-v10.zip |
| The program performs a read/write access to an I2C-bus EEPROM (Microchip 24LC08B). Single Byte read/write is done by using IRQs. | 91302_i2c_irq-v10.zip |
| This is an example project for external interrupts. | 91302_irq_ext-v10.zip |
| 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. | 91302_mondeb_15mhz-v13.zip |
| This project initializes PPG ch0. PWM mode, activated by Software trigger, IRQ enabled (activated by duty cycle). | 91302_ppg_irq-v11.zip |
| This project initializes PPG ch0-3 for synchronous start. PWM mode, activated by Software trigger, rising egde for trigger detection, IRQ enabled. | 91302_ppg_syncstart-v11.zip |
| The reload project initializes Reload Timer 0 and 1. In the ISR, port G (bit 6 or 7) are toggled | 91302_rlt_irq-v11.zip |
| The example generates a running light on the 8 user LEDs D1-D10 on the Starterkit91302. | 91302_starterkitmb91302-v10.zip |
| This simple test project shows conversion of binary values to ASCII and allows to display binary values in Hex or Dec values on the terminal output. | 91302_sw_bin_dec_hex-v10.zip |
| This is a project template for the MB91302 Series. | 91302_template-v12.zip |
| This example does a simple string output on UART0 and UART1 to test their function. | 91302_uart_async-v16.zip |
| This example uses UART1 with IRQs to transmit and receive data in asynchronous mode. | 91302_uart_async_irq-v10.zip |
| This Example will convert the voltage-value at AN0 (Pin 50) to a digital value with 8 Bit resolution. The result will be send via Uart0. | 91350_adc8_uart_async-v11.zip |
| This Example uses DMA Burstmode to transfer 16 kbyte of data from the external SRAM to the external FRAM. | 91350_extbus_dma-v10.zip |
| This Example uses external INT5 - to toggle LED D6 to LED LED D10 | 91350_irq_ext_v10.zip |
| The projects enables debugging the mcu replacing the internal Flash with external SRAM. This debugger has been modified to be used on the SK-91F355-176PMT. For this reason special settings have been done and must be considered in case of any modifications. | 91350_mondeb_uart0-v10.zip |
| ReloadTimer0 interrupt is used to toggle LED | 91350_rlt_v10.zip |
| This is a project template for the MB91350 Series. | 91350_template-v13.zip |
| This example does a simple string output on UART0 and UART3. | 91350_uart_async-v10.zip |
| Converts A/D-Channel 3 and outputs the converted values on DA-channel 0. | 91362_adc_dac-v23.zip |
| This project shows how to use the DMAC together with the A/D Converter. | 91362_adc_dma_1-v12.zip |
| This project shows how to use the DMAC together with the A/D Converter. | 91362_adc_dma_2-v13.zip |
| This project converts A/D-Channel 3 and displays the converted voltage on the LCD. | 91362_adc_lcd_alpha-v23.zip |
| This project shows how to use the Alarm Comparator in Polling-mode. | 91362_alarm-v24.zip |
| This project shows how to use the Alarm Comparator in Interrupt-mode. | 91362_alarm_irq-v24.zip |
| This is a simple project to demonstrate CAN-message reception using interrupts | 91362_can_irq-v32.zip |
| It is necessary to regard a special sequence to change the clock settings at the MB91360 family. The routine "switch_pll" takes care of this special sequence. | 91362_clk_pll-v19.zip |
| This project shows how to use the D/A-Converter of the MB91F361. | 91362_dac-v23.zip |
| This project shows how to setup the DMA for internal memory to memory transfer. 2 cycle, burst mode. | 91362_dma_mem2mem-v12.zip |
| For the external RAM, CS2 is defined in main.c to be used with StarterkitMB91360. | 91362_extbus_sw_memorytest-v12.zip |
| external bus IF is configured to use IF as general purpose IO port in case of CAN and extranal bus is not needed | 91362_extbus_xbus2io-v11.zip |
| This project shows how to set up a Flash programming routine. | 91362_flash-v12.zip |
| This application will measure the signal frequency at IN0 and display the value in kHz on the LCD. | 91362_frt_icu-v23.zip |
| An arbitrary sequence of pulses is output to OCU0 pin. | 91362_frt_ocu-v12.zip |
| This sample project uses the I2C (100kHz) interface. | 91362_i2c_100khz-v14.zip |
| This sample project uses the I2C (100kHz) interface. | 91362_i2c_100khz_irq-v14.zip |
| This sample project uses the I2C (400kHz) interface. | 91362_i2c_400khz-v14.zip |
| This sample project uses the I2C (400kHz) interface. | 91362_i2c_400khz_irq-v22.zip |
| LEDs connected to port J will flash in various patterns. | 91362_io_led-v23.zip |
| Sample Project to demonstrate function of exteral interrupt. | 91362_irq_ext-v12.zip |
| This projects shows how an optional LCD-Display with HD44780 can be used. | 91362_lcd_alpha-v11.zip |
| This projects shows how an optional LCD-Display with HD44780 can be used. A text is scrolled over the LCD by Reload Timer 0 ISR. | 91362_lcd_rlt_irq-v11.zip |
| The projects enables debugging the mcu replacing the internal Flash with external SRAM. This debugger has been modified to be used on the ADA-MB91362-MB91369-RAM. For this reason special settings have been done and must be considered in case of any modifications. | 91362_mondeb_uart0-v11.zip |
| Sample for readout of reset cause with R4 or 0x3D500. | 91362_reset_cause-v13.zip |
| The Reload Timer 0 will be initialized to signal interrupts every 1ms. | 91362_rlt_irq-v24.zip |
| SIO0 is configured to transmit data within an interrupt service routine. Automatic mode is used, i.e. transmission is triggered by SIO data register access | 91362_sio_irq-v12.zip |
| This project shows how to use the Sound Generator. | 91362_sound-v23.zip |
| 91362 acts as SPI slave . | 91362_spi_slave-v11.zip |
| This project demonstrates the usage of lowlevel functions to realize scanf-input/printf-output via the MCU internal UART interface. | 91362_sw_printf-v14.zip |
| Shows how to use a C-module which physically will be stored in (Flash)ROM, but can be copied to FastRAM (as an example) at runtime. | 91362_sw_ramcode-v23.zip |
| Example project template for MB91F362 and the MB91360 Starterkit. | 91362_template-v39.zip |
| This project demonstrates serial communication using the internal UART0. | 91362_uart_async-v24.zip |
| The Watchdog Timer resets the controller after a certain period of time if no postpone-sequence was initiated. | 91362_wdt-v24.zip |
| After the initialization, the RTC will generate interrupts every second. | 91362_wt-v23.zip |
| This example shows functionality of the CAN-controller. The program is controlled by a PC terminal program via UART0. | 91364_can_uart_async-v14.zip |
| This project simply counts up an internal variable and outputs the counter value to port PJ (LEDx). | 91364_io_led-v15.zip |
| This projects shows how an optional LCD-Display with HD44780 can be used. | 91364_lcd_alpha-v15.zip |
| This is a demo for the Starterkit MB91364. | 91364_starterkitmb91364-v15.zip |
| Example project template for MB91F364 and the MB91360 Starterkit. | 91364_template-v39.zip |
| This is a test application which sends a welcome string to the serial output UART0 and echoes every received character. | 91364_uart0_async-v13.zip |
| This example shows basic functionality of LIN-Master bus operations with UART3 of MB91364. | 91364_uart_lin_master-v14.zip |
| This example shows basic functionality of LIN-Slave bus operations with UART3 of MB91364. | 91364_uart_lin_slave-v15.zip |
| Example project template for MB91366 | 91366_template-v37.zip |
| Example project template for MB91368 | 91368_template-v37.zip |
| Each character received via UART0 will be sent via CAN to ID #3 and all received CAN-data will be sent via UART0 | 91369_can-v12.zip |
| The projects enables debugging the mcu replacing the internal Flash with external SRAM. This debugger has been modified to be used on the ADA-MB91362-MB91369-RAM. For this reason special settings have been done and must be considered in case of any modifications. | 91369_mondeb_uart0-v11.zip |
| The projects enables debugging the mcu replacing the internal Flash with external SRAM. This debugger has been modified to be used on the ADA-MB91362-MB91369-RAM. For this reason special settings have been done and must be considered in case of any modifications. | 91369_mondeb_uart1-v12.zip |
| Example project template for MB91369. | 91369_template-v37.zip |
| Example project template for MB91F376 and the MB91360 Starterkit | 91376_template-v36.zip |
| This Example converts two ADC channels with 10 Bit resolution. The values are transfered with DMA. | 91460_adc10_dma_irq-v12.zip |
| This Example converts the Value at AN0 to a digital value with 10 Bit resolution. | 91460_adc10_uart_async-v13.zip |
| This example initializes the analog converter channel 0 and 1 for continuous conversion and direct memory access. | 91460_adc8_dma-v14.zip |
| This Example converts the Value at AN0 to a digital value with 8 Bit resolution. | 91460_adc8_uart_async-v13.zip |
| This Example converts the Value at AN0 to a digital value with 8 Bit resolution. | 91460_adc8_uart_async_91465p-v11.zip |
| This Example converts the Value at AN0 to a digital value with 8 Bit resolution. | 91460_adc8_uart_async_91467b-v11.zip |
| This Example converts the Value at AN0 to a digital value with 8 Bit resolution. | 91460_adc8_uart_async_91467s-v10.zip |
| This Example converts the Value at AN0 to a digital value with 8 Bit resolution. | 91460_adc8_uart_async_91467t-v10.zip |
| ADC0 is initialised with interrupt and ADC conversion is triggered by ReloadTimer7. | 91460_adc_rlt-v10.zip |
| This Project uses Alarm Comparator 0 with AVDD and AVSS as reference voltages. | 91460_alarmcomp-v10.zip |
| c_can interrupt handling | 91460_c_can_isr_91469g-v12.zip |
| The basic usage of CAN module is shown. The CAN interface is setup for 100kBaud (100k_20_70_4) CAN buffer 1 is prepared as full CAN receive object for standard ID 0x002. | 91460_can-v10.zip |
| This demo shows how to setup C_CAN application using interrupt service routine for TX, RX and error handling. Connect the MCU UART2 to a terminal program (9600 Baud 8N1) to see the output of this demo. | 91460_can_isrs-v10.zip |
| Simple CAN Demo | 91460_can_start_91467d-v10.zip |
| This example uses a CAN and UART0 interface. Each character received by the UART will be echoed and will be sent to the CAN. Each data received by the CAN will be sent to the UART. | 91460_can_uart_async-v13.zip |
| The CAN_UART example show functionality of the CAN-controller (CAN0). The program is controlled by a PC-terminal-program via UART1 (9600Baud) | 91460_can_uart_terminal-v11.zip |
| CAN wake up feature of mb91460 series | 91460_can_wake_up_91469g-v10.zip |
| TThis example sets the real time clock (RTC) and displays the time via UART5 (19200 Baud). ClockMeasure() function is called after every 60s to calibrate the RC clock. RLT0 interrupt is used for the same. | 91460_clock_cal-v10.zip |
| This project sets clock Modulator ON and OFF at the key press corresponding to INT2. | 91460_clock_modulator-v10.zip |
| This example shows how to change the clock settings (PLL and prescalers). | 91460_clock_setting-v10.zip |
| This project is for Clock supervisor. Base clock is out put to MONCLK and Content of Clock supervisor control register is displayed on Port 16. When program is running it toggles Port 25. | 91460_clock_supervisor-v10.zip |
| This software example demonstrates how to configure the MPU for the data protection. Here the memory protection exception would occur when the main function would try to access the elements from 25 onwards of the data_hit[] array. In the ISR the bit 0 of port 16 is toggled. The message would also be sent to UART2 indicating the exact operand and intsruction address which caused the break. | 91460_edsu_mem_protection-v10.zip |
| This is a demo project implementing a EEPROM Emulation concept descriped in the Appnote 'EEPROM Emulation on Single Bank FLASH'. | 91460_eeprom_emulation_demo_mb91f465k-v10.zip |
| This is a demo project implementing a EEPROM Emulation concept descriped in the Appnote 'EEPROM Emulation on Single Bank FLASH'. | 91460_eeprom_emulation_demo_mb91f467d-v10.zip |
| This example uses DMA burst and block mode to transfer 1 MByte of data from the external flash to the external SRAM or SDRAM. | 91460_extbus_dma-v12.zip |
| The project erases the flash memory, writes a test pattern at a specific address range and verifies the data. | 91460_extbus_flash-v15.zip |
| The project erase the external flash memory on SK-MB91460S-176PMC, writes a test pattern at a specific address range and verify the data. UART5 is initialized to 19200, 8N1 to output status messages and to get input commands. | 91460_extbus_flash_91467s-v10.zip |
| This project uses the GDC API for communication and interaction with the jasmin controller (bmp). | 91460_extbus_gdc_jasmine_bmp-v13.zip |
| This project uses the GDC API for communication and interaction with the jasmin controller (clut). | 91460_extbus_gdc_jasmine_clut-v12.zip |
| This project reuqires the Jasmine graphic controller sub-board. As an example it shows an industrial graphic for process control. | 91460_extbus_gdc_jasmine_industrial-v14.zip |
| This project uses the GDC API for communication and interaction with the jasmin controller (Layer). | 91460_extbus_gdc_jasmine_layer-v13.zip |
| This project uses the GDC API for communication and interaction with the jasmin controller (Metrics). | 91460_extbus_gdc_jasmine_metrics-v13.zip |
| This project uses the GDC API for communication and interaction with the jasmin controller (Ortho). | 91460_extbus_gdc_jasmine_ortho-v13.zip |
| This project uses the GDC API for communication and interaction with the jasmin controller (Text). | 91460_extbus_gdc_jasmine_text-v12.zip |
| This project writes a test pattern at a specific address range of the SRAM and the SDRAM of the evaluation board SK-MB91460-Main and verifies the data. | 91460_extbus_sram_sdram-v14.zip |
| This is a demo project shows how to use FLASH Hardware CRC on MB91F469G. | 91460_flash_crc_91469g-v10.zip |
| This is a demo project showing the usage of FLASH Auto Algrithms on MB91F465K. | 91460_flash_programming_demo_mb91465k-v10.zip |
| This is a demo project showing the usage of FLASH Auto Algrithms on MB91F467D. | 91460_flash_programming_demo_mb91467d-v16.zip |
| This is a demo project shows how to place code in the General Purpose RAM of MB91460 series MCUs. | 91460_flash_ram_copy_91467d-v10.zip |
| This example shows the usage of Input Capture Units and Output compare Units. Input Capture and Output Compare sample with independent calculating for Output Compare 0 and Output Compare 1. Every rising flag of the Input Capture port 0 is setting the timer for both the Output Compare registers. The Input Capture signal is generated by a Reload Timer. Connect pin 10 (P00_0) with pin 122 (ICU 0 Input) of MB91F467D series. Function is monitored on Port P00_0. | 91460_frt_icu_frt_ocu-v10.zip |
| This project gives an introduction of initializing the i2c interface for 400kHz transmission. | 91460_i2c_400khz-v11.zip |
| This project gives an introduction of initializing the i2c interface for 400kHz transmission using i2c interrupts. | 91460_i2c_400khz_irq-v10.zip |
| This example shows how to setup MB91F467D as I2C slave. | 91460_i2c_400khz_irq_slave-v10.zip |
| This example shows who to measure the frequency with an ICU | 91460_icu-v11.zip |
| This example shows who to measure the frequency with an ICU | 91460_icu_91465p-v11.zip |
| This example shows how to relocate the interrupt table. The new table section starts at address 0x00140000. Reload Timer 0 is used for interrupts. Functionality is moinitored with toggling pin state at P25_D0. Please see modified vectors.c file for settings. | 91460_intvect-v10.zip |
| This project simply counts an internal variable and outputs the counter value to port16. | 91460_io-v12.zip |
| The delayed interrupt is requested in the interrupt service routine of an external interrupt. | 91460_irq_delayed-v10.zip |
| An external interrupts control the LEDs of the evaluation board. | 91460_irq_ext-v13.zip |
| An external interrupts control the LEDs of the evaluation board. | 91460_irq_ext_91465p-v10.zip |
| This example shows how to use the external interrupts. INT0 and INT1 are used. On interrupt event port25 altenate its level on bit#0 for INT0 and bit#1 for INT1. | 91460_irq_ext_91467d-v10.zip |
| An external interrupts control the LEDs of the evaluation board. | 91460_irq_ext_91467s-v10.zip |
| An external interrupts control the LEDs of the evaluation board. | 91460_irq_ext_91467t-v10.zip |
| The following example shows how External Interrupts can be used to request a stop mode and can wake up the MCU from this mode. External Interrupt 0 is used to wake up the MCU and External Interrupt 1 is used to request a stop mode. Before stop mode "0x0F" is written to Port25, during run mode this Port is counting. | 91460_irq_ext_stop_wakeup-v10.zip |
| This example demonstrates the usage of a HD44780 compatible LC Display with the SK-91F467d-208PFV or SK-91F467-FLEXRAY Starterkit. | 91460_lcd-v11.zip |
| This project gives an introduction of initializing the stop mode. | 91460_lpm_stop-v12.zip |
| This project gives an introduction of initializing the stop mode. The real time clock wakes up the controller periodically. | 91460_lpm_stop_rtc-v13.zip |
| Demo of the MB91460 Monitor Clock feature | 91460_monclk-v10.zip |
| The projects enables debugging the mcu with external SRAM. The SWB Monitor Debugger is placed in an external Flash | 91460_mondeb_uart0_mb91461r_v10.zip |
| The projects enables debugging the mcu replacing the internal Flash with external SRAM. The SWB Monitor Debugger is placed in an external Flash | 91460_mondeb_uart4_extbus_flash_sram-v13.zip |
| The projects enables debugging the mcu replacing the internal Flash with external SRAM. | 91460_mondeb_uart4_extbus_sram-v13.zip |
| The projects enables debugging the mcu replacing the internal Flash with external SRAM. The SWB Monitor Debugger is placed in an external Flash | 91460_mondeb_uart4_mb91465p_extbus_flash_sram_16bit-v11.zip |
| The projects enables debugging the mcu replacing the internal Flash with external SRAM. | 91460_mondeb_uart4_mb91465p_extbus_sram_16bit-v11.zip |
| The projects enables debugging the mcu replacing the internal Flash with external SRAM. The SWB Monitor Debugger is placed in an external Flash | 91460_mondeb_uart4_mb91467b_extbus_flash_sram_16bit-v10.zip |
| The projects enables debugging the mcu replacing the internal Flash with external SRAM. | 91460_mondeb_uart4_mb91467b_extbus_sram_16bit-v10.zip |
| The projects enables debugging the mcu replacing the internal Flash with external SRAM. The SWB Monitor Debugger is placed in an external Flash | 91460_mondeb_uart4_mb91467r_extbus_flash_sram_16bit-v10.zip |
| The projects enables debugging the mcu replacing the internal Flash with external SRAM. | 91460_mondeb_uart4_mb91467r_extbus_sram_16bit-v10.zip |
| The projects enables debugging the mcu replacing the internal Flash with external SRAM. The SWB Monitor Debugger is placed in an external Flash | 91460_mondeb_uart4_mb91467s_extbus_flash_sram_16bit-v10.zip |
| The projects enables debugging the mcu replacing the internal Flash with external SRAM. | 91460_mondeb_uart4_mb91467s_extbus_sram_16bit-v10.zip |
| The projects enables debugging the mcu replacing the internal Flash with external SRAM. The SWB Monitor Debugger is placed in an external Flash | 91460_mondeb_uart4_mb91467t_extbus_flash_sram_16bit-v10.zip |
| The projects enables debugging the mcu replacing the internal Flash with external SRAM. | 91460_mondeb_uart4_mb91467t_extbus_sram_16bit-v10.zip |
| OpenTCP for MB91460 Series MCUs (ADA-FR-ETHERNET) | 91460_opentcp-v10.zip |
| This example initializes the puls frequency modulator with no interrupt handling. | 91460_pfm-v12.zip |
| his project demonstrates functionality of PFM module. Here PFM CH 0 is configured to produce 20ms High pulse and PFM1 is configured to produce 100ms. | 91460_pfm2-v10.zip |
| This example initializes two PPGs with the same period but different duty cycles. | 91460_ppg-v12.zip |
| This is a PPG4+RLT2-Trigger-project for the MB91467D Series. It initializes Reload Timer 2 and PPG4 in Single Shot Mode. RLT2 triggers PPG4. The Main function sets new Reload Values to show frequency change of the PPG4. | 91460_ppg4_rlt2_trg-v10.zip |
| ADC0 is initialised with interrupt and ADC conversion is triggered by ReloadTimer7. In ADC0 interrupt routine LEDs are lit. | 91460_ppg_rlt_adc_dma-v10.zip |
| This Example is for readout of reset cause with R4 or 0x2E500. | 91460_reset_cause-v10.zip |
| This Example initializes the Reload Timer Project with interrupt handling. | 91460_rlt-v12.zip |
| This Example initializes the Reload Timer Project with interrupt handling. | 91460_rlt_91465p-v10.zip |
| This Example initializes the Reload Timer Project with interrupt handling. | 91460_rlt_91467b-v11.zip |
| This Example initializes the Reload Timer Project with interrupt handling. | 91460_rlt_91467s-v10.zip |
| This Example initializes the Reload Timer Project with interrupt handling. | 91460_rlt_91467t-v10.zip |
| 91460_rlt_event_counter Project simply initializes ReloadTimer0 and ReloadTimer 1 ReloadTimer0 is initialised with interrupt handling. Within the of ReloadTimer0 Interrupt service routine active edges counted by ReloadTimer1 is measured. The values is output through UART5 interface. Using a terminal program on PC it is possible to recieve the values. Used UArt settings (19200bd, 8N1). | 91460_rlt_event_counter-v10.zip |
| This Example uses Reloadtimer and Interrupts to generate a PWM signal. | 91460_rlt_irq-v12.zip |
| This example sets the real time clock (RTC) and displays the time after every second via UART5 (19200 Baud). The interrupt of the RTC is used. | 91460_rtc_clk_cal_uart_async-v10.zip |
| This example demonstrates how to initialize the Real Time Clock and how to read the time value in an application without the usage of interrupts. | 91460_rtc_init_read-v10.zip |
| This example sets the real time clock and displays the time after every second. | 91460_rtc_uart_async-v12.zip |
| Template project for MB91467E | 91460_shutdown_91467e-v12.zip |
| Template project for MB91467E | 91460_shutdown_rtc_91467e-v11.zip |
| This project shows how to use the stepper motor controller. | 91460_smc-v13.zip |
| This example shows the control of a stepper motor. | 91460_smc2-v10.zip |
| This project shows how to use the soundgenerator. | 91460_sound_1-v11.zip |
| This project shows how to use the soundgenerator. | 91460_sound_2-v12.zip |
| This example describes how to communicate via SPI using the MB91467-USART with a serial EEPROM. In this note a NM93CS46 EEPROM from National Semiconductor is used. | 91460_spi_eeprom-v10.zip |
| This is a demo project showing how to enter sub clock run mode. | 91460_subclock_run_mode_91469g-v10.zip |
| Usage of printf and scanf function | 91460_sw_printf-v10.zip |
| Accessing the PS register via C-module. | 91460_sw_ps-v11.zip |
| Relocating the interrupt vecot table by software | 91460_sw_vectortable-v10.zip |
| This is a project makes used of time base timer to generate interrupt at regular interval. Timer is initialised in such a way that it generated interrupt at every ~65ms. | 91460_tbt_tbc-v10.zip |
| This project uses the GDC API for communication and interaction with the Lime controller. | 91460_template_91460s_gdc_lime-v10.zip |
| This is a project template for the MB91461r. | 91460_template_91461r-v17.zip |
| This is a project template for the MB91463C. | 91460_template_91463c-v17.zip |
| This is a project template for the MB91463NP. | 91460_template_91463n-v15.zip |
| This is a project template for the MB91464A. | 91460_template_91464a-v25.zip |
| This is a project template for the MB91464h. | 91460_template_91464h-v18.zip |
| Template project for MB91465B | 91460_template_91465b-v17.zip |
| This is a project template for the MB91465C. | 91460_template_91465c-v17.zip |
| Template project for MB91465D | 91460_template_91465d-v15.zip |
| Template project for MB91465K | 91460_template_91465k-v22.zip |
| This is a project template for the MB91465P. | 91460_template_91465p-v24.zip |
| This is a project template for the MB91465X. | 91460_template_91465x-v22.zip |
| Template project for MB91466H | 91460_template_91466h-v14.zip |
| Template project for MB91467B | 91460_template_91467b-v22.zip |
| This project uses the GDC API for communication and interaction with the Lime controller. | 91460_template_91467b_gdc_lime-v12.zip |
| This is a project template for the MB91467c. | 91460_template_91467c-v24.zip |
| This is a project template for the MB91467D. | 91460_template_91467d-v33.zip |
| This project uses the GDC API for communication and interaction with the jasmin controller. | 91460_template_91467d_gdc_jasmine-v17.zip |
| This is a project template for the MB91467D. | 91460_template_91467d_gdc_lime-v19.zip |
| Template project for MB91467E | 91460_template_91467e-v16.zip |
| This is a project template for the MB91467M. | 91460_template_91467m-v16.zip |
| This is a project template for the MB91467P. | 91460_template_91467p-v16.zip |
| This is a project template for the MB91467r. | 91460_template_91467r-v20.zip |
| This is a project template for the MB91467S. | 91460_template_91467s-v27.zip |
| This is a project template for the MB91467T. | 91460_template_91467t-v25.zip |
| This is a project template for the MB91469g. | 91460_template_91469g-v25.zip |
| This is a project template for the MB91469q. | 91460_template_91469q-v21.zip |
| The following example code shows how to configure the DMAC with the UART2. The DMAC channel 0 is configured in the block transfer 2-cycle mode. Each block transfer would have 1-byte transferred. If the data is received on UART2 receive buffer RDR02 then the DMA channel 0 transfers the same data to the UART2 transmit buffer TDR02. The transfer takes places unless 50 receptions (since the DTC is set as 0x32) or if there is any error in the reception. After DMAC interrupt gets generated and in the ISR DMAC interrupt flag is cleared with 0xFF output to port 16. | 91460_uart2_dma-v10.zip |
| The following example code shows how to configure the DMAC with the UART2 RECEIVE interrupt. | 91460_uart2_rx_dma-v10.zip |
| The following example code shows how to configure the DMAC with the UART2 transmit interrupt. | 91460_uart2_tx_dma-v10.zip |
| This project demonstrates how to configure LIN USART4 TX and RX FIFO. | 91460_uart4_fifo-v10.zip |
| This is a test application which sends a welcome string via a UART and echoes all received characters. The UART is selectable. | 91460_uart_async-v13.zip |
| This is a test application which sends a welcome string via a UART and echoes all received characters. The UART is selectable. | 91460_uart_async_91465p-v10.zip |
| This is a test application which sends a welcome string via a UART and echoes all received characters. The UART is selectable. | 91460_uart_async_91467b-v11.zip |
| This is a test application which sends a welcome string via a UART and echoes all received characters. The UART is selectable. | 91460_uart_async_91467s-v10.zip |
| This is a test application which sends a welcome string via a UART and echoes all received characters. The UART is selectable. | 91460_uart_async_91467t-v10.zip |
| This example shows basic functionality of LIN-Master bus operations with the LIN-UART. | 91460_uart_lin_master-v12.zip |
| This example shows basic functionality of LIN-Slave bus operations with the LIN-UART. | 91460_uart_lin_slave-v12.zip |
| This is a SPI Daisy chain (polling master mode) project for the MB91F467D Series. As Slave DS1806 Potentiometer devices are used. | 91460_uart_spi_master_daisychain_ds1806-v10.zip |
| This is a SPI Daisy chain (polling master mode) project for the MB91F467D Series. As Slave MAX5232 DAC devices are used. | 91460_uart_spi_master_daisychain_max5232-v10.zip |
| This project gives an introduction of initializing the uart interface for synchronous transmission in master mode. | 91460_uart_spi_master_irq-v13.zip |
| This project describes the use of the synchronous uart interface (SPI) in master mode with direct memory access. | 91460_uart_spi_master_irq_dma-v13.zip |
| How to communicate with a NM93Cs46-EEPROM via UART SPI. | 91460_uart_spi_master_nm93cs46-v14.zip |
| This project gives an introduction of initializing the uart interface for synchronous transmission with polling master mode. | 91460_uart_spi_master_polling-v13.zip |
| This project gives an introduction of initializing the uart interface for synchronous transmission. Master and Slave are initialized. | 91460_uart_spi_master_slave-v11.zip |
| This project gives an introduction of initializing the uart interface for synchronous transmission in slave mode. | 91460_uart_spi_slave_irq-v12.zip |
| This project describes the use of the synchronous uart interface (SPI) in slave mode with direct memory access. | 91460_uart_spi_slave_irq_dma-v12.zip |
| Updown Counter 0 is initialised for 8bit Mode. At external interrupt 0 and 1 are configured to generate pulse at AIN and BIN pins using P16_0 and P16_1. And external interrupt 2 is used to toggle ZIN pin using P16_2. Connect AIN to P16_0, BIN to P16_1 and ZIN to P16_2. | 91460_updown_counter-v10.zip |
| This example samples all ADC input channels and prints it to a terminal program. It is controlled via UART0. | 91470_adc_uart-v11.zip |
| This example shows how the MAC unit can be used for function approximations (e.g. atan) | 91470_mac_atan_taylor-v10.zip |
| This example shows how the MAC unit on the MB91470/480 Series can be used for a digital filter. | 91470_mac_filter-v11.zip |
| This example shows how the MAC unit on the MB91470/480 Series can be used for matrix multiplication. | 91470_mac_matrix-v10.zip |
| Template project for MB91479 | 91470_template_91479-v16.zip |
| Template project for MB91487 | 91480_template_91487-v15.zip |
| This is a project template for the MB91522bs. | 91520_template_91522bs-v11.zip |
| This is a project template for the MB91522bw. | 91520_template_91522bw-v11.zip |
| This is a project template for the MB91522ds. | 91520_template_91522ds-v11.zip |
| This is a project template for the MB91522dw. | 91520_template_91522dw-v11.zip |
| This is a project template for the MB91522fs. | 91520_template_91522fs-v11.zip |
| This is a project template for the MB91522fw. | 91520_template_91522fw-v11.zip |
| This is a project template for the MB91522js. | 91520_template_91522js-v11.zip |
| This is a project template for the MB91522jw. | 91520_template_91522jw-v11.zip |
| This is a project template for the MB91522ks. | 91520_template_91522ks-v11.zip |
| This is a project template for the MB91522kw. | 91520_template_91522kw-v11.zip |
| This is a project template for the MB91522ls. | 91520_template_91522ls-v11.zip |
| This is a project template for the MB91522lw. | 91520_template_91522lw-v11.zip |
| This is a project template for the MB91523bs. | 91520_template_91523bs-v11.zip |
| This is a project template for the MB91523bw. | 91520_template_91523bw-v11.zip |
| This is a project template for the MB91523ds. | 91520_template_91523ds-v11.zip |
| This is a project template for the MB91523dw. | 91520_template_91523dw-v11.zip |
| This is a project template for the MB91523fs. | 91520_template_91523fs-v11.zip |
| This is a project template for the MB91523fw. | 91520_template_91523fw-v11.zip |
| This is a project template for the MB91523js. | 91520_template_91523js-v11.zip |
| This is a project template for the MB91523jw. | 91520_template_91523jw-v11.zip |
| This is a project template for the MB91523ks. | 91520_template_91523ks-v11.zip |
| This is a project template for the MB91523kw. | 91520_template_91523kw-v11.zip |
| This is a project template for the MB91523ls. | 91520_template_91523ls-v11.zip |
| This is a project template for the MB91523lw. | 91520_template_91523lw-v11.zip |
| This is a project template for the MB91524bs. | 91520_template_91524bs-v11.zip |
| This is a project template for the MB91524bw. | 91520_template_91524bw-v11.zip |
| This is a project template for the MB91524ds. | 91520_template_91524ds-v11.zip |
| This is a project template for the MB91524dw. | 91520_template_91524dw-v11.zip |
| This is a project template for the MB91524fs. | 91520_template_91524fs-v11.zip |
| This is a project template for the MB91524fw. | 91520_template_91524fw-v11.zip |
| This is a project template for the MB91524js. | 91520_template_91524js-v11.zip |
| This is a project template for the MB91524jw. | 91520_template_91524jw-v11.zip |
| This is a project template for the MB91524ks. | 91520_template_91524ks-v11.zip |
| This is a project template for the MB91524kw. | 91520_template_91524kw-v11.zip |
| This is a project template for the MB91524ls. | 91520_template_91524ls-v11.zip |
| This is a project template for the MB91524lw. | 91520_template_91524lw-v11.zip |
| This is a project template for the MB91525bs. | 91520_template_91525bs-v11.zip |
| This is a project template for the MB91525bw. | 91520_template_91525bw-v11.zip |
| This is a project template for the MB91525ds. | 91520_template_91525ds-v11.zip |
| This is a project template for the MB91525dw. | 91520_template_91525dw-v11.zip |
| This is a project template for the MB91525fs. | 91520_template_91525fs-v11.zip |
| This is a project template for the MB91525fw. | 91520_template_91525fw-v11.zip |
| This is a project template for the MB91525js. | 91520_template_91525js-v11.zip |
| This is a project template for the MB91525jw. | 91520_template_91525jw-v11.zip |
| This is a project template for the MB91525ks. | 91520_template_91525ks-v11.zip |
| This is a project template for the MB91525kw. | 91520_template_91525kw-v11.zip |
| This is a project template for the MB91525ls. | 91520_template_91525ls-v11.zip |
| This is a project template for the MB91525lw. | 91520_template_91525lw-v11.zip |
| This is a project template for the MB91525bs. | 91520_template_91526bs-v11.zip |
| This is a project template for the MB91526bw. | 91520_template_91526bw-v11.zip |
| This is a project template for the MB91526ds. | 91520_template_91526ds-v11.zip |
| This is a project template for the MB91526ds. | 91520_template_91526dw-v11.zip |
| This is a project template for the MB91526fs. | 91520_template_91526fs-v11.zip |
| This is a project template for the MB91526fw. | 91520_template_91526fw-v11.zip |
| This is a project template for the MB91526js. | 91520_template_91526js-v11.zip |
| This is a project template for the MB91526jw. | 91520_template_91526jw-v11.zip |
| This is a project template for the MB91526ks. | 91520_template_91526ks-v11.zip |
| This is a project template for the MB91526kw. | 91520_template_91526kw-v11.zip |
| This is a project template for the MB91526ls. | 91520_template_91526ls-v11.zip |
| This is a project template for the MB91526lw. | 91520_template_91526lw-v11.zip |
| This is a project can for the MB91599. | 91590_can_91599-v10.zip |
| This is a project ext_int for the MB91599. | 91590_ext_int_91599-v10.zip |
| This is low power consumption mode demo for MB91599. | 91590_lpm_91599-v10.zip |
| This is a project rlt for the MB91599. | 91590_rlt_91599-v11.zip |
| Demo showing usage of RTC (Real Time Clock) on MB91F599S. | 91590_rtc_91599-v10.zip |
| This is a project sleep mode for the MB91599. | 91590_sleep_mode_91599-v10.zip |
| This is a project template for the MB91591. | 91590_template_91591-v11.zip |
| This is a project template for the MB91591s. | 91590_template_91591s-v11.zip |
| This is a project template for the MB91592. | 91590_template_91592-v11.zip |
| This is a project template for the MB91592s. | 91590_template_91592s-v11.zip |
| This is a project template for the MB91594. | 91590_template_91594-v11.zip |
| This is a project template for the MB91594s. | 91590_template_91594s-v11.zip |
| This is a project template for the MB91596. | 91590_template_91596-v11.zip |
| This is a project template for the MB91596s. | 91590_template_91596s-v11.zip |
| This is a project template for the MB91597. | 91590_template_91597-v11.zip |
| This is a project template for the MB91597s. | 91590_template_91597s-v11.zip |
| This is a project template for the MB91599. | 91590_template_91599-v11.zip |
| This is a project template for the MB91599s. | 91590_template_91599s-v11.zip |
| This is a project uart0 for the MB91599. | 91590_uart0_91599-v10.zip |
| Template project for MB91660 Series (MB91662 MCU) | 91660_template_91662-v10.zip |
| Template project for MB91665 Series (MB91668 MCU) | 91665_template_91668-v10.zip |
| Template project for MB91665 Series (MB91669 MCU) | 91665_template_91669-v10.zip |
| USB Function example showing CDC Virtual Comm Port usage. The Comm Port can be used with Windows 2000, XP and Vista, Mac OS X and Linux. | 91668_usb_function_cdc_virtual_comm-v10.zip |
| USB Function example showing CDC Virtual Comm Port usage. The Comm Port can be used with Windows 2000, XP and Vista, Mac OS X and Linux. | 91669_usb_function_cdc_virtual_comm-v10.zip |
| This is a simple project to demonstrate CAN message transmission. | 91xxx_can-v30.zip |
| This example shows environment and memory manipulation after program upload | 91xxx_prc_afterload-v10.zip |
| This procedure outputs the message buffer configuration of a dedicated CAN controller. | 91xxx_prc_can_message-v24.zip |
| This macro outputs the status of a dedicated CAN controller. | 91xxx_prc_can_status-v21.zip |
| This example resets the MCU and sets some values to some memory areas. | 91xxx_prc_clk_set-v10.zip |
| This example sets the PLL-Clock to 32MHz for faster download and enables ONLY CS1 for the ROM-area 18:0000...1F:FFFF. | 91xxx_prc_fast_cs0-v10.zip |
| This example sets the PLL-Clock to 32MHz for faster download and enables ONLY CS1 for the ROM-area 18:0000...1F:FFFF. | 91xxx_prc_fast_cs1-v10.zip |
| Procedure file to speed up the memory fill process. The code is loaded into the specified memory and execution is started till end of code | 91xxx_prc_fill-v10.zip |
| This is an emulation of reset vector for MB91F361. It erases sector F4000 and loads compatible code for F361 (jmp to 0x1F4000 after reset routine) | 91xxx_prc_flash-v05.zip |
| This prc-file resets the MCU. | 91xxx_prc_reset-v10.zip |
| This is a project template for the 8FX Series (Bassoon - MB951F108) | 95100_template_bassoon_mb95f108-v12.zip |
| This is a project template for the 8FX Series (Clarinet - MB95F118) | 95110_template_clarinet_mb95f118-v12.zip |
| This is a example for simple SPI master / slave initializations for the 8FX Series (Tuba - MB95F128). It can be used for a initial SPI setup. | 95120_spi_master_slave-v10.zip |
| This is a project template for the 8FX Series (Tuba - MB95F128) | 95120_template_tuba_mb95f128-v12.zip |
| This is a project template for the 8FX Series (Flute - MB95F136) | 95130_template_flute_mb95f136-v12.zip |
| This is a project template for the 8FX Series (Trumpet - MB95F156) | 95150_template_trumpet_mb95f156-v11.zip |
| This is a project template for the 8FX Series (Trombone - MB95F168) | 95160_template_trombone_mb95f168-v11.zip |
| This ADC project initializes the ADC-Interface (Channel 0). | 951xx_adc-v13.zip |
| This example project shows initilization of compound timer in 16bit continous mode. | 951xx_compound_timer_16bit_continous-run-v11.zip |
| This example project shows initilization of compound timer in 8bit input capture mode. | 951xx_compound_timer_8bit_capture-v10.zip |
| This example project shows initilization of compound timer in 8bit one-shot mode. | 951xx_compound_timer_8bit_one-shot-v10.zip |
| This example project shows initilization of compound timer in 8bit PWM fixed cycle mode. | 951xx_compound_timer_8bit_pwm_fixed-v10.zip |
| This example project shows initilization of compound timer in 8bit PWM variable cycle mode. | 951xx_compound_timer_8bit_pwm_variable-v10.zip |
| This is an example application for the CONCERTO-Kit for 8FX Series (MB95FV100) | 951xx_concertokit-v11.zip |
| This sample shows the use of Dual Operation Flash for emulation of an EEPROM. | 951xx_eeprom-emulation_concertokit-v11.zip |
| This project uses I2C macro in master mode. | 951xx_i2c-master-v11.zip |
| This project uses I2C macro in slave mode. | 951xx_i2c-slave-v11.zip |
| This project uses I2C macro to store and read data in external EEEPROM of type 24C04. | 951xx_i2c_eeprom-24c04-v10.zip |
| In this example the 7-segment display will show "FUJITSU" as separate chars. Then the infinity sign will be animated. | 951xx_io-v11.zip |
| This project shows a counter from 0..9 on the 7-segment display of the CONCERTO-Kit. | 951xx_io_7seg_counter-v11.zip |
| If the button SW1 (3) (external interrupt INT10 (INT11)) is pressed then '0 (1)' is shown on the 7-segment display of the CONCERTO-Kit | 951xx_irq_ext-v12.zip |
| This project uses the 8/16-bit PPG to output a 16bit PWM waveform. | 951xx_ppg16-v12.zip |
| This project uses the 8/16-bit PPG in 8-bit PPG mode to output two 8-bit PWM waveforms. | 951xx_ppg8-v12.zip |
| This project uses the 8/16-bit PPG in 8-bit prescaler + 8-bit PPG mode to output a PWM waveform. | 951xx_ppg88-v12.zip |
| This project uses the 16-bit PPG timer to output a PWM waveform. | 951xx_ppgtimer-v12.zip |
| This project uses the interrupt of the Reload Timer to trigger the 7-segment counter (Port0) on the CONCERTO-Kit . | 951xx_rlt_irq-v11.zip |
| This example shows how to connect and use the FMA1127 Touch sensor controller to the 8FX | 951xx_sk_tsc-v10.zip |
| This is a project template for the MB95F108 (8FX Series) that is used on the evaluation board CONCERTO-Kit. | 951xx_template_concertokit-v14.zip |
| This example sends a welcome string via UART0 and echoes all received characters. | 951xx_uart_async-v11.zip |
| This example sends a welcome string via LIN_UART (asynchronous mode 8N1) and echoes all received characters. | 951xx_uart_lin-v11.zip |
| This example shows basic functionality of LIN-Master bus operations with the LIN-UART. | 951xx_uart_lin_master-v11.zip |
| This example shows basic functionality of LIN-Slave bus operations with the LIN-UART. | 951xx_uart_lin_slave-v11.zip |
| This example programs an NM93C46 EEPROM via SPI and reads back the written data | 951xx_uart_sync_spi_nm93c46-v10.zip |
| Simple way to measure distances with an ultrasonic module. It uses ADC and is controlled by UART. | 95280_adc_ultrasonic-v10.zip |
| This example demonstrates how to read ADC channel 0 to 7 of 8FX MB95330 series MCUs. | 95330_adc-v10.zip |
| Template project for MB95F332 | 95330_template_95332-v10.zip |
| Template project for MB95F333 | 95330_template_95333-v10.zip |
| Template project for MB95F334 | 95330_template_95334-v10.zip |
| This example demonstrates an UART (RS232, 115200,8,N,1) via LIN-UART. | 95330_uart_lin-v11.zip |
| This example demonstrates an UART (RS232, 115200,8,N,1) via SIO-UART. | 95330_uart_sio-v10.zip |
| This project demonstrates dual operation flash for 8FX devices | 95370_dual_operation_flash-v10.zip |
| Template project for MB95F374 | 95370_template_95374-v10.zip |
| Template project for MB95F376 | 95370_template_95376-v10.zip |
| Template project for MB95F378 | 95370_template_95378-v10.zip |
| Template SW-project | 95430_template_95434-v10.zip |
| Template project for MB96313as | 96310_template_96313as-v17.zip |
| Template project for MB96313aw | 96310_template_96313aw-v17.zip |
| Template project for MB96313rs | 96310_template_96313rs-v17.zip |
| Template project for MB96313rw | 96310_template_96313rw-v17.zip |
| Template project for MB96315as | 96310_template_96315as-v17.zip |
| Template project for MB96315aw | 96310_template_96315aw-v17.zip |
| Template project for MB96315rs | 96310_template_96315rs-v20.zip |
| Template project for MB96315rs | 96310_template_96315rw-v20.zip |
| UART2 communication demonstration project | 96310_uart2_async-v10.zip |
| Template project for MB96326RS | 96320_template_96326rs-v29.zip |
| Template project for MB96326RW | 96320_template_96326rw-v29.zip |
| This example shows functionality of the CAN-controller (CAN0/1). It is controlled by a terminal on UART0. | 96330_can_uart_terminal-v12.zip |
| How to perform a transition from PLL clock mode to sub clock mode and back considering Flash timings. | 96330_sub_clock-v10.zip |
| Template project for MB96336us | 96330_template_96336us-v18.zip |
| Template project for MB96336uw | 96330_template_96336uw-v18.zip |
| Template project for MB96338RS | 96330_template_96338rs-v29.zip |
| Template project for MB96338RW | 96330_template_96338rw-v15.zip |
| Template project for MB96338US | 96330_template_96338us-v31.zip |
| Template project for MB96338UW | 96330_template_96338uw-v15.zip |
| Bootloader and -manager via USB Host | 96330_usb_bootloader-v14.zip |
| USB Function Audio Player, used to playback converted audio files via USB | 96330_usb_function_audioplayer-v11.zip |
| USB Function example showing CDC Virtual Comm Port usage. The Comm Port can be used with Windows 2000, XP and Vista, Mac OS X and Linux. | 96330_usb_function_cdc_virtual_comm-v13.zip |
| USB Function example showing HID Mouse Emmulation. The mouse pointer of the PC can be moved by the keys of the starterkit | 96330_usb_function_hid_mouse-v10.zip |
| USB Function Oscilloscope | 96330_usb_function_oscilloscope-v10.zip |
| USB-Host demo incl. mass storage class with FAT16 filesystem to support USB Mass Storage Devices on MB96330U Series. | 96330_usb_mass_storage_demo-v14.zip |
| Shows how to use SD/MM-Cards and USB mass storage support | 96330_usb_mass_storage_spi_sd_card-v12.zip |
| ADC demonstration | 96340_adc-v12.zip |
| adc samples continuously an0 to an7 in stop mode | 96340_adc_8ch-v10.zip |
| ADC-DMA demonstration | 96340_adc_dma-v12.zip |
| ADC triggered by Reload Timer 1 | 96340_adc_rlt-v11.zip |
| Functionallity of the Alarm Comparator | 96340_alarmcomp-v11.zip |
| This project contains a boot strap loader and can be used to create application specific bootloaders. | 96340_bootloader_uart_async-v12.zip |
| Simple demo project showing CAN usage on 16FX microcontroller. | 96340_can-v15.zip |
| This example shows functionality of the CAN-controller (CAN0). It is controlled by a terminal on UART0. | 96340_can_uart_terminal-v15.zip |
| Clock output project | 96340_clk_out-v11.zip |
| Shows how to ruse the DMA with UART0 | 96340_dma_uart0-v10.zip |
| Shows how to erase sectors and program with Command Sequencer into Data Flash | 96340_flash_data-v10.zip |
| Main Flash Erase/Programming example | 96340_flash_main-v10.zip |
| This is a sample project for access to main and satellite Flash of the MB96340 Series in a uniform manner. | 96340_flash_main_satellite-v10.zip |
| This is a sample project for access to satellite Flash of the MB96340 Series. | 96340_flash_satellite-v10.zip |
| This is a project template for the MB96340 Series with FLASH-CAN-100P board. | 96340_flashcan100p340-v12.zip |
| Free Running Timer and Input/Output Capture Units demonstration | 96340_frt_icu_frt_ocu-v11.zip |
| Free Running Timer demonstration with Interrupts | 96340_frt_irq-v11.zip |
| I2C-24C04-EEPROM example | 96340_i2c-v11.zip |
| Read, Write and Verify MB85RI64 I2C FRAM example. | 96340_i2c_fram-v10.zip |
| Read, Write and Verify MB85RI64 I2C FRAM example via irq statemachine. | 96340_i2c_fram_irq-v10.zip |
| Read, Write and Verify MB85RI64 I2C FRAM example via polling mechanism. | 96340_i2c_fram_polling-v10.zip |
| ICU0 demonstration | 96340_icu0-v11.zip |
| A small frequency counter example showing how to use ICU and FRT for pulse width measurement. | 96340_icu_frt_uart-v12.zip |
| Relocation of Interrupt Table | 96340_intvect-v11.zip |
| IO-Port demonstration | 96340_io-v11.zip |
| External interrupt demonstration | 96340_irq_ext-v11.zip |
| Connect a key matrix with SW debouncing | 96340_key_matrix_io-v11.zip |
| Uses a HD44780/based character display | 96340_lcd_module-v11.zip |
| Example of usage of Low Power Modes | 96340_lpm-v12.zip |
| Example of usage of Stop Mode and External Interrupt Wake-up | 96340_lpm_stop-v11.zip |
| Example of usage of Memory Patch Function with INT9 | 96340_mempatch-v11.zip |
| Usage of data write detection and generating INT9 | 96340_mempatch_dma-v11.zip |
| OpenTCP for MB96340 Series MCUs (ADA-16FX-ETHERNET) | 96340_opentcp-v12.zip |
| PPG0 phase sweep demonstration | 96340_ppg0-v11.zip |
| PPG0 phase sweep demonstration with RLT0 trigger | 96340_ppg0_rlt0_trg-v11.zip |
| PPG0 phase sweep demonstration with RLT6 as clock source | 96340_ppg0_rlt6-v11.zip |
| This example shows how to generate a sine modulated pwm signal using the ppg. | 96340_ppg_irq_sine-v10.zip |
| PPG0 PCM Audio or Sound player | 96340_ppg_pcm_audio-v10.zip |
| Phase-shifted PPG with DMA-ADC measurement | 96340_ppg_rlt_adc_dma-v12.zip |
| The examples explains the use of the Reload-Timer in IQR and Polling mode. | 96340_rlt_10ms-v10.zip |
| Reload Timer 0-3 demonstration with Interrupts | 96340_rlt_irq-v11.zip |
| Selfcalibration of RTC with Sub Clock and error correction | 96340_rtc_clkcal_sc_autocorr-v10.zip |
| Shows how to read the RTC | 96340_rtc_init_read-v10.zip |
| Shows how to use SD/MM-Cards | 96340_spi_sd_card-v12.zip |
| Usage of the 3 source clock timers | 96340_src_clk_tmr-v11.zip |
| How to perform a transition from PLL clock mode to sub clock mode and back considering Flash timings. | 96340_sub_clock-v10.zip |
| Software PWM at IO ports via DMA and reload timer | 96340_sw_pwm_rlt_dma_io-v11.zip |
| Software Reset Example | 96340_sw_reset-v11.zip |
| Template project for MB96345ds | 96340_template_96345ds-v16.zip |
| Template project for MB96345dw | 96340_template_96345dw-v16.zip |
| Template project for MB96346rs | 96340_template_96346rs-v32.zip |
| Template project for MB96346rw | 96340_template_96346rw-v34.zip |
| Template project for MB96347rs | 96340_template_96347rs-v32.zip |
| Template project for MB96347rw | 96340_template_96347rw-v32.zip |
| Template project for MB96348hs | 96340_template_96348hs-v33.zip |
| Template project for MB96348hw | 96340_template_96348hw-v34.zip |
| Template project for MB96348rs | 96340_template_96348rs-v31.zip |
| Template project for MB96348rw | 96340_template_96348rw-v31.zip |
| UART0 communication demonstration project | 96340_uart0_async-v12.zip |
| UART0 communication demonstration project using interrupts | 96340_uart0_async_interrupt-v11.zip |
| UART1 communication demonstration project | 96340_uart1_async-v12.zip |
| UART2 communication demonstration project | 96340_uart2_async-v12.zip |
| UART3 communication demonstration project | 96340_uart3_async-v12.zip |
| Selfcalibration of UART Baudrate with RC Clock and MAIN clock | 96340_uart_clkcal_rc_autocorr-v10.zip |
| Simple way to detect objects and communicate via infrared signals. The PPG is used for carrier generation. | 96340_uart_infrared_ppg-v10.zip |
| Simple way to detect objects and communicate via infrared signals. The RLT is used for carrier generation. | 96340_uart_infrared_rlt-v10.zip |
| LIN-Master example project | 96340_uart_lin_master-v11.zip |
| LIN-Slave example project | 96340_uart_lin_slave-v11.zip |
| How to set up a simple SPI Master/Slave communication system with USART0 and 1. | 96340_uart_sync_spi_master_slave-v10.zip |
| UART0 communication to external EEPROM via SPI | 96340_uart_sync_spi_nm93cs46-v12.zip |
| Demonstration of wireless communication via RFM12 module using SPI. | 96340_uart_sync_spi_rfm12_v10.zip |
| Watchdog Timer and Watchdog Reset demonstration | 96340_wdtmr_wdreset-v11.zip |
| Template project for MB96353as | 96350_template_96353as-v18.zip |
| Template project for MB96353aw | 96350_template_96353aw-v18.zip |
| Template project for MB96353rs | 96350_template_96353rs-v18.zip |
| Template project for MB96353rw | 96350_template_96353rw-v18.zip |
| Template project for MB96355as | 96350_template_96355as-v19.zip |
| Template project for MB96355aw | 96350_template_96355aw-v19.zip |
| Template project for MB96355rs | 96350_template_96355rs-v25.zip |
| Template project for MB96355rw | 96350_template_96355rw-v22.zip |
| Template project for MB96356rs | 96350_template_96356rs-v38.zip |
| Template project for MB96356rw | 96350_template_96356rw-v38.zip |
| Template project for MB96378HS | 96370_template_96378hs-v14.zip |
| Template project for MB96378HW | 96370_template_96378hw-v14.zip |
| Template project for MB96379rs | 96370_template_96379rs-v27.zip |
| Template project for MB96379rw | 96370_template_96379rw-v26.zip |
| This project contains a boot strap loader and can be used to create application specific bootloaders. | 96380_bootloader_uart_async-v10.zip |
| This project demonstrate routout of internal chipid. | 96380_chipid-v10.zip |
| How to program, erase an external flash memory. | 96380_ext_bus-v10.zip |
| How to access the external SRAM on the SK-96380-120PMT. | 96380_ext_bus_ram-v11.zip |
| Main Flash Erase/Programming example | 96380_flash_main-v10.zip |
| This project contains a interface functions to demonstrate LCD. | 96380_lcd-v10.zip |
| Template project for MB96384RS | 96380_template_96384rs-v13.zip |
| Template project for MB96384RW | 96380_template_96384rw-v13.zip |
| Template project for MB96385rs | 96380_template_96385rs-v18.zip |
| Template project for MB96385rw | 96380_template_96385rw-v18.zip |
| Template project for MB96386rs | 96380_template_96386rs-v30.zip |
| Template project for MB96386rw | 96380_template_96386rw-v30.zip |
| Template project for MB96387rs | 96380_template_96387rs-v30.zip |
| Template project for MB96387rw | 96380_template_96387rw-v30.zip |
| Template project for MB96388HS | 96380_template_96388hs-v14.zip |
| Template project for MB96388HW | 96380_template_96388hw-v14.zip |
| Template project for MB96389RS | 96380_template_96389rs-v15.zip |
| Template project for MB96389RW | 96380_template_96389rw-v15.zip |
| Template project for MB96395rs | 96390_template_96395rs-v21.zip |
| Template project for MB96395rw | 96390_template_96395rw-v21.zip |
| Collection of peripheral samples on MB96610 series. | 96610_collection-v10.zip |
| How to disable watchdog with pattrern unlock sequence | 96610_disable_wd-v10.zip |
| This SW example uses a small 8 KB sector (SA4) of the Dual Operation Flash memory to store data during run-time. First, the sector is erased, then some 8-bit and 16-bit values are stored to the Flash memory using the Flash Command Sequencer mode. | 96610_flash_96615rb-v10.zip |
| This example shows a simple LED slide by usage of a reload timer | 96610_rlt_led_96615-v10.zip |
| Template project for MB96612aa | 96610_template_96612aa-v12.zip |
| Template project for MB96612ab | 96610_template_96612ab-v12.zip |
| Template project for MB96612ra | 96610_template_96612ra-v12.zip |
| Template project for MB96612rb | 96610_template_96612rb-v12.zip |
| Template project for MB96613aa | 96610_template_96613aa-v12.zip |
| Template project for MB96613ab | 96610_template_96613ab-v12.zip |
| Template project for MB96613ra | 96610_template_96613ra-v12.zip |
| Template project for MB96613rb | 96610_template_96613rb-v12.zip |
| Template project for MB96615aa | 96610_template_96615aa-v12.zip |
| Template project for MB96615ab | 96610_template_96615ab-v12.zip |
| Template project for MB96615ra | 96610_template_96615ra-v12.zip |
| Template project for MB96615rb | 96610_template_96615rb-v12.zip |
| Collection of peripheral samples on MB96620 series. | 96620_collection-v10.zip |
| Template project for MB96622aa | 96620_template_96622aa-v12.zip |
| Template project for MB96622ab | 96620_template_96622ab-v12.zip |
| Template project for MB96622ra | 96620_template_96622ra-v12.zip |
| Template project for MB96622rb | 96620_template_96622rb-v12.zip |
| Template project for MB96623aa | 96620_template_96623aa-v12.zip |
| Template project for MB96623ab | 96620_template_96623ab-v12.zip |
| Template project for MB96623ra | 96620_template_96623ra-v12.zip |
| Template project for MB96623rb | 96620_template_96623rb-v12.zip |
| Template project for MB96625aa | 96620_template_96625aa-v12.zip |
| Template project for MB96625ab | 96620_template_96625ab-v12.zip |
| Template project for MB96625ra | 96620_template_96625ra-v12.zip |
| Template project for MB96625rb | 96620_template_96625rb-v12.zip |
| Collection of peripheral samples on MB96630 series. | 96630_collection-v10.zip |
| Template project for MB96636rb | 96630_template_96636rb-v10.zip |
| Template project for MB96612aa | 96630_template_96637ra-v11.zip |
| Template project for MB96637rb | 96630_template_96637rb-v10.zip |
| Collection of peripheral samples on MB96640 series. | 96640_collection-v10.zip |
| Template project for MB96646rb | 96640_template_96646rb-v10.zip |
| Template project for MB96647ra | 96640_template_96647ra-v12.zip |
| Template project for MB96647rb | 96640_template_96647rb-v10.zip |
| Template project for MB96656rb | 96650_template_96656rb-v10.zip |
| Template project for MB96657ra | 96650_template_96657ra-v12.zip |
| Template project for MB96657rb | 96650_template_96657rb-v10.zip |
| Collection of peripheral samples on MB96670 series. | 96670_collection-v10.zip |
| Template project for MB96673aa | 96670_template_96673aa-v12.zip |
| Template project for MB96673ab | 96670_template_96673ab-v12.zip |
| Template project for MB96673ra | 96670_template_96673ra-v12.zip |
| Template project for MB96673rb | 96670_template_96673rb-v12.zip |
| Template project for MB96675aa | 96670_template_96675aa-v12.zip |
| Template project for MB96675ab | 96670_template_96675ab-v12.zip |
| Template project for MB96675ra | 96670_template_96675ra-v12.zip |
| Template project for MB96675rb | 96670_template_96675rb-v12.zip |
| Collection of peripheral samples on MB96680 series. | 96680_collection-v10.zip |
| Template project for MB96683aa | 96680_template_96683aa-v12.zip |
| Template project for MB96683ab | 96680_template_96683ab-v12.zip |
| Template project for MB96683ra | 96680_template_96683ra-v12.zip |
| Template project for MB96683rb | 96680_template_96683rb-v12.zip |
| Template project for MB96685aa | 96680_template_96685aa-v12.zip |
| Template project for MB96685ab | 96680_template_96685ab-v12.zip |
| Template project for MB96685ra | 96680_template_96685ra-v12.zip |
| Template project for MB96685rb | 96680_template_96685rb-v12.zip |
| ADC range comparator sample | 96690_adc_range_comparator-v10.zip |
| Collection of peripheral samples on MB96690 series. | 96690_collection-v10.zip |
| Template project for MB96696ra | 96690_template_96696ra-v14.zip |
| Template project for MB96696rb | 96690_template_96696rb-v10.zip |
| Template project for MB966a6ra | 966a0_template_966a6ra-v11.zip |
| Template project for MB966a6rb | 966a0_template_966a6rb-v10.zip |
| Template project for MB966b6ra | 966b0_template_966b6ra-v11.zip |
| Template project for MB966b6rb | 966b0_template_966b6rb-v10.zip |
| Template project for MB966c6ra | 966c0_template_966c6ra-v11.zip |
| Template project for MB966c6rb | 966c0_template_966c6rb-v10.zip |
| This example shows a menu based application by use of an alphanumeric display and up to 5 buttons. | 96xxx_lcd_uart_menu-v10.zip |
| Usage of assert()-function in own projects | 96xxx_sw_assert-v10.zip |
| Sometimes an application requires that some data is neither initialized by a value nor it is cleared to zero. This example shows both _near and _far data that will not be initialized. | 96xxx_sw_data_uninitialized-v10.zip |
| calculates a CRC code for a selectable address range | 96xxx_sw_flash_crc16-v20.zip |
| Inline expansion has performance advantage, if very small functions are executed very often. | 96xxx_sw_inline-v10.zip |
| This project shows how a key-button can be checked, in order to identify if it is pressed for a short or a long time. | 96xxx_sw_keypress-v10.zip |
| Library usage and linking is demonstrated | 96xxx_sw_library-v10.zip |
| Usage of #pragma section is demonstrated | 96xxx_sw_pragmasection_1-v10.zip |
| Absolute location using #pragma section is demonstrated | 96xxx_sw_pragmasection_2-v10.zip |
| Demonstration howto find out details about a section (start address, end address, size) | 96xxx_sw_pragmasection_3-v10.zip |
| Library function printf() is used to format and output data | 96xxx_sw_printf-v10.zip |
| The Processor Status (PS) register is accessed by C-code | 96xxx_sw_ps-v10.zip |
| It is shown how code needs to be treated so that it is executed from RAM | 96xxx_sw_ramcode-v10.zip |
| It is demonstrated how to generate Relative linked code. | 96xxx_sw_rel-v10.zip |
| It is shown how to log data output by printf() in the simulator | 96xxx_sw_simulator_printf_to_file-v10.zip |
| Library function sprintf() is used to format and output data | 96xxx_sw_sprintf-v10.zip |
| How to set up a stack overflow detection with the memory patch unit. | 96xxx_sw_stack_overflow-v10.zip |
| ADC SW example project for MB9DF126 | fcr4_adc_mb9d126-v10.zip |
| ADC SW example project for MB9EF126 | fcr4_adc_mb9e126-v10.zip |
| BECU SW example project for MB9DF126 | fcr4_becu_mb9d126-v10.zip |
| BECU SW example project for MB9EF126 | fcr4_becu_mb9e126-v10.zip |
| CAN SW example project for MB9DF126 | fcr4_can_single_mb9d126-v11.zip |
| CAN SW example project for MB9EF126 | fcr4_can_single_mb9e126-v12.zip |
| CRC SW example project for MB9DF126 | fcr4_crc_mb9d126-v10.zip |
| CRC SW example project for MB9EF126 | fcr4_crc_mb9e126-v10.zip |
| EIC SW example project for MB9EF126 | fcr4_eic_mb9e126-v10.zip |
| EICU SW example project for MB9EF126 | fcr4_eicu_mb9e126-v10.zip |
| FRT ICU PPG SW example project for MB9EF126 | fcr4_frt_icu_ppg_mb9e126-v10.zip |
| FRT OCU SW example project for MB9EF126 | fcr4_frt_ocu_mb9e126-v10.zip |
| GPIO SW example project for MB9EF126 | fcr4_gpio_mb9e126-v10.zip |
| FCR4 Low Level Library (L3) SW example project for MB9EF126 | fcr4_low_level_library_mb9e126-v10.zip |
| PPG SW example project for MB9EF126 | fcr4_ppg_mb9e126-v10.zip |
| PPG ramp mode SW example project for MB9EF126 | fcr4_ppg_ramp_mode_mb9e126-v10.zip |
| RLT SW example project for MB9EF126 | fcr4_rlt_mb9e126-v10.zip |
| RTC SW example project for MB9EF126 | fcr4_rtc_mb9e126-v10.zip |
| SG SW example project for MB9EF126 | fcr4_sg_mb9e126-v10.zip |
| SPI SW example project for MB9EF126 | fcr4_spi_mb9e126-v10.zip |
| Template project for MB9DF126, tool chain Greenhills Multi and IAR Embedded Workbench | fcr4_template_mb9d126-v12.zip |
| Template project for MB9EF126, tool chain Greenhills Multi and IAR Embedded Workbench | fcr4_template_mb9e126-v17.zip |
| USART SW example project for MB9EF126 | fcr4_usart_mb9e126-v10.zip |
| USB Host Mass Storage bootloader for FM3 flashing motorrola S-Record file app.mhx located on an USB stick into user code area starting linked to 0x00004000. This bootloader is for use with IAR-KSK-MB9BF506, MB9BF506R MCU. | iar-ksk-mb9bf506_usb_host_massstorage_bootloader-v10.zip |
| Flash erase/programming routines | mb9a13x_flash-v10.zip |
| Template project for MB9AF11XK | mb9af11xk-template-v12.zip |
| Template project for MB9AF11XL | mb9af11xl-template-v15.zip |
| Template project for MB9AF11XM | mb9af11xm-template-v15.zip |
| Template project for MB9AF11XN | mb9af11xn-template-v15.zip |
| Template project for MB9AF131K | mb9af131k_template-v10.zip |
| Template project for MB9AF131L | mb9af131l_template-v10.zip |
| Template project for MB9AF132K | mb9af132k_template-v10.zip |
| Template project for MB9AF132L | mb9af132l_template-v10.zip |
| Software example code to use adc | mb9af13xl-adc12-v10.zip |
| Software example code to use base timer | mb9af13xl-btimer-v10.zip |
| Software example code to use multifunction serial | mb9af13xl-mfserial-v10.zip |
| Software example code to use multifunction timer | mb9af13xl-mft-v10.zip |
| Template project for MB9AF13XM | mb9af13xm-template-v10.zip |
| Template project for MB9AF13XN | mb9af13xn-template-v10.zip |
| Template project for MB9AF14XL | mb9af14xl-template-v11.zip |
| Template project for MB9AF14XM | mb9af14xm-template-v11.zip |
| Template project for MB9AF14XN | mb9af14xn-template-v11.zip |
| Programming the Main and Work Flash of the MB9AF31x | mb9af31x_flash_main_work-v10.zip |
| Software example code to use adc | mb9af31xk-adc12-v10.zip |
| Software example code to use base timer | mb9af31xk-btimer-v10.zip |
| Software example code to use crc | mb9af31xk-crc-v10.zip |
| Software example code to use dma | mb9af31xk-dma-v10.zip |
| Software example code to use dual timer | mb9af31xk-dualtimer-v10.zip |
| Software example code to use multifunction serial | mb9af31xk-mfserial-v10.zip |
| Software example code to use multifunction timer | mb9af31xk-mft-v10.zip |
| Software example code to use qprc | mb9af31xk-qprc-v10.zip |
| Template project for MB9AF31XK | mb9af31xk-template-v12.zip |
| Software example code to use timer | mb9af31xk-timer-v10.zip |
| Software example code to use usb | mb9af31xk-usbfunc-msc-v10.zip |
| Template project for MB9AF31XL | mb9af31xl-template-v15.zip |
| Template project for MB9AF31XM | mb9af31xm-template-v15.zip |
| Software example code to use adc | mb9af31xn-adc12-v11.zip |
| Software example code to use base timer | mb9af31xn-btimer-v11.zip |
| Software example code to use crc | mb9af31xn-crc-v11.zip |
| Software example code to use dma | mb9af31xn-dma-v11.zip |
| Software example code to use dual timer | mb9af31xn-dualtimer-v11.zip |
| Software example code to use multifuntion serial | mb9af31xn-mfserial-v11.zip |
| Software example code to use multifuntion timer | mb9af31xn-mft-v11.zip |
| Software example code to use qprc | mb9af31xn-qprc-v11.zip |
| Template project for MB9AF31XN | mb9af31xn-template-v15.zip |
| Software example code to use timer | mb9af31xn-timer-v11.zip |
| Software example code to use usb | mb9af31xn-usbfunc-msc-v11.zip |
| Template project for MB9AF34XL | mb9af34xl-template-v11.zip |
| Template project for MB9AF34XM | mb9af34xm-template-v11.zip |
| Template project for MB9AF34XN | mb9af34xn-template-v11.zip |
| Template project for MB9AFA3XL | mb9afa3xl-template-v10.zip |
| Template project for MB9AFA3XM | mb9afa3xm-template-v10.zip |
| Template project for MB9AFA3XN | mb9afa3xn-template-v10.zip |
| Template project for MB9AFA4XL | mb9afa4xl-template-v11.zip |
| Template project for MB9AFA4XM | mb9afa4xm-template-v11.zip |
| Template project for MB9AFA4XN | mb9afa4xn-template-v11.zip |
| Template project for MB9AFB4XL | mb9afb4xl-template-v11.zip |
| Template project for MB9AFB4XM | mb9afb4xm-template-v11.zip |
| Template project for MB9AFB4XN | mb9afb4xn-template-v11.zip |
| Template project for MB9BF10XN | mb9bf10xn-template-v18.zip |
| Template project for MB9BF10XR | mb9bf10xr-template-v18.zip |
| Template project for MB9BF11XN | mb9bf11xn-template-v11.zip |
| Template project for MB9BF11XR | mb9bf11xr-template-v11.zip |
| Template project for MB9BF11XS | mb9bf11xs-template-v12.zip |
| Template project for MB9BF11XT | mb9bf11xt-template-v12.zip |
| Template project for MB9BF21XS | mb9bf21xs-template-v12.zip |
| Template project for MB9BF21XT | mb9bf21xt-template-v12.zip |
| Template project for MB9BF30XN | mb9bf30xn-template-v18.zip |
| Template project for MB9BF30XR | mb9bf30xr-template-v18.zip |
| Template project for MB9BF31XN | mb9bf31xn-template-v11.zip |
| Template project for MB9BF31XR | mb9bf31xr-template-v11.zip |
| Template project for MB9BF31XS | mb9bf31xs-template-v12.zip |
| Template project for MB9BF31XT | mb9bf31xt-template-v12.zip |
| Template project for MB9BF40XN | mb9bf40xn-template-v18.zip |
| Template project for MB9BF40XR | mb9bf40xr-template-v18.zip |
| Template project for MB9BF41XN | mb9bf41xn-template-v11.zip |
| Template project for MB9BF41XR | mb9bf41xr-template-v11.zip |
| Template project for MB9BF41XS | mb9bf41xs-template-v12.zip |
| Template project for MB9BF41XT | mb9bf41xt-template-v12.zip |
| Template project for MB9BF50XN | mb9bf50xn-template-v18.zip |
| Template project for MB9BF50XR | mb9bf50xr-template-v18.zip |
| Template project for MB9BF51XN | mb9bf51xn-template-v11.zip |
| The new features of the RTC peripheral module are demonstrated in this example. | mb9bf51xn_rtc_uart-v10.zip |
| Software example code to use adc | mb9bf51xr-adc12-v10.zip |
| Software example code to use base timer | mb9bf51xr-btimer-v10.zip |
| Software example code to use can | mb9bf51xr-can-v10.zip |
| Software example code to use crc | mb9bf51xr-crc-v10.zip |
| Software example code to use dma | mb9bf51xr-dma-v10.zip |
| Software example code to use dual timer | mb9bf51xr-dualtimer-v10.zip |
| Software example code to use multifunction serial | mb9bf51xr-mfserial-v10.zip |
| Software example code to use multifunction timer | mb9bf51xr-mft-v10.zip |
| Software example code to use qprc | mb9bf51xr-qprc-v10.zip |
| Template project for MB9BF51XR | mb9bf51xr-template-v11.zip |
| Software example code to use timer | mb9bf51xr-timer-v10.zip |
| Software example code to use usb | mb9bf51xr-usbfunc-msc-v10.zip |
| Template project for MB9BF51XS | mb9bf51xs-template-v12.zip |
| Software example code to use adc | mb9bf51xt-adc12-v10.zip |
| Software example code to use base timer | mb9bf51xt-btimer-v10.zip |
| Software example code to use can | mb9bf51xt-can-v10.zip |
| Software example code to use crc | mb9bf51xt-crc-v10.zip |
| Software example code to use dma | mb9bf51xt-dma-v10.zip |
| Software example code to use dual timer | mb9bf51xt-dualtimer-v10.zip |
| Software example code to use multifunction serial | mb9bf51xt-mfserial-v10.zip |
| Software example code to use multifunction timer | mb9bf51xt-mft-v10.zip |
| Software example code to use qprc | mb9bf51xt-qprc-v10.zip |
| Template project for MB9BF51XT | mb9bf51xt-template-v12.zip |
| Software example code to use timer | mb9bf51xt-timer-v10.zip |
| Software example code to use usb | mb9bf51xt-usbfunc-msc-v10.zip |
| Flash Programming of MB9BF61X | mb9bf61x_flash-v10.zip |
| Template project for MB9BF61XS | mb9bf61xs-template-v12.zip |
| Template project for MB9BF61XT | mb9bf61xt-template-v12.zip |
| Template project for MB9BFD1xS | mb9bfd1xs-template-v12.zip |
| Template project for MB9BFD1xT | mb9bfd1xt-template-v12.zip |
| A simple digital voltage meter (DVM) is realized by this project using ADC AN00. | mb9bfxxx_adc_dvm-v12.zip |
| This example generate a simple pwm with the base-timer. | mb9bfxxx_bt_pwm-v11.zip |
| This example shows functionality of the CAN-controller (CAN1). It is controlled by a terminal on UART0. | mb9bfxxx_can1_uart_terminal-v10.zip |
| This example shows functionality of the CAN-controller (CAN0). It is controlled by a terminal on UART0. | mb9bfxxx_can_uart_terminal-v13.zip |
| This project shows the usage of the low power consumption modes of the mb9bfxxx | mb9bfxxx_clock_lpm-v12.zip |
| The example demonstrates how the internal CR-Clock can be calibrated by use of the Main-Clock. | mb9bfxxx_clock_trimdata_flash-v11.zip |
| CMSIS DSP example of Fast Fourier Transforamtion of sample data | mb9bfxxx_cmsis_fft_test-v11.zip |
| CMSIS DSP example of sine calculation for standard math.h, CMSIS float32_t, CMSIS Q31, and CMSIS Q15 including execution time measurement with dual timer. | mb9bfxxx_cmsis_sine_test-v11.zip |
| Collection of core_cm3.c, core_cm3.h, core_cmFunc.h, and core_cmInstr.h files, if they are missing for the used compiler or tool chain | mb9bfxxx_core_cm_files-v10.zip |
| CRC16 is generated with the CRC peripheral | mb9bfxxx_crc16-v11.zip |
| CRC32 is generated with the CRC peripheral | mb9bfxxx_crc32-v11.zip |
| Using FLASH and SRAM at external bus I/F of FM3 devices | mb9bfxxx_ext_bus-v11.zip |
| Erasing and programming a Flash sector for FM3 devices | mb9bfxxx_flash-v11.zip |
| A decimal up/down counter ist realized by controling two 7-segment displays via GPIO ports. | mb9bfxxx_ioport_counter-v12.zip |
| Low Level Library for FM3. This library includes the peripheral hardware drivers for FM3 devices. See ./doxy/html/index.html for detailed description. | mb9bfxxx_l3-v11.zip |
| Usage of Multifunction Serial Interface 0 as UART | mb9bfxxx_mfs0_uart-v12.zip |
| Usage of Multifunction Serial Interface 0 as UART with interrupts | mb9bfxxx_mfs0_uart_irq-v12.zip |
| Usage of Multifunction Serial Interfaces 1 and 2 as CSIO with result output on MFS0 as UART | mb9bfxxx_mfs1_mfs2_csio_master_slave-v12.zip |
| How to communicate with an external SPI EEPROM (93C46) | mb9bfxxx_mfs3_csio_spi-v12.zip |
| How to communicate with an external I2C EEPROM (24C16) | mb9bfxxx_mfs3_i2c-v13.zip |
| UART DMA reception to buffer, time-out timer retrigger on reception via DMA, and time-out interrupt, if no bus activity for more than 1 s. | mb9bfxxx_mfs4_dma_timeout-v10.zip |
| Usage of Multifunction Serial Interface 4 as UART with recetption FIFO | mb9bfxxx_mfs4_uart_rx_fifo-v11.zip |
| Usage of Multifunction Serial Interface 4 as UART with recetption FIFO and interrupt | mb9bfxxx_mfs4_uart_rx_fifo_irq-v11.zip |
| Usage of Multifunction Serial Interface 4 as UART with transmission FIFO | mb9bfxxx_mfs4_uart_tx_fifo-v11.zip |
| Usage of Multifunction Serial Interface 4 as UART with transmission FIFO and interrupt | mb9bfxxx_mfs4_uart_tx_fifo_irq-v11.zip |
| This example demonstrates how to use printf() and scanf() with the UART. | mb9bfxxx_mfs_printf-v10.zip |
| Uses the Multifunction Timer to drive a BLDC-motor | mb9bfxxx_mft_bldc-v12.zip |
| This example shows the trigger of the ADC with the MFT. The ADC-value is transfered via the DMA of the ISR | mb9bfxxx_mft_dma_adc-v10.zip |
| This example realizes a frequency counter based on the Input-Capture-Unit (ICU) that is part of the Multi-Function-Timer (MFT). | mb9bfxxx_mft_icu_irq_freqcnt-v11.zip |
| This example generate a simple pwm with the multifunction timer | mb9bfxxx_mft_pwm-v11.zip |
| Shows an v-f algorithm for an induction motor, using the mft | mb9bfxxx_mft_vf-v10.zip |
| This demo shows a generation of a PWM with dead time integration | mb9bfxxx_mft_wfg_dead_time-v11.zip |
| Uses the PPG-sinal to generate non-overlap signals that has the dead time set by WFG timer | mb9bfxxx_mft_wfg_ppg_dead_time-v11.zip |
| This demo shows a superimposition of a PWM with a PPG | mb9bfxxx_mft_wfg_rt_ppg-v11.zip |
| This demo shows a superimposition of a PWM with a PPG in mft-timer mode | mb9bfxxx_mft_wfg_timer-v11.zip |
| The example demonstrates the use of Memory Protection Unit (MPU). | mb9bfxxx_mpu-v11.zip |
| For Operating System AVIX-RT please visit www.avix-rt.com | mb9bfxxx_os_avix-v10.zip |
| For Operating System embOS please visit www.segger.de | mb9bfxxx_os_embos-v10.zip |
| For Operating System freeRTOS please visit www.freertos.org | mb9bfxxx_os_freertos-v10.zip |
| For Operating System KEIL RTX please visit www.keil.com/arm/rl-arm/kernel.asp | mb9bfxxx_os_keil_rtx-v10.zip |
| For Operating System Micrium-µC/OS please visit www.micrium.com/page/products/rtos/os-ii | mb9bfxxx_os_micrium-v10.zip |
| This project shows the usage of the PPG, bypassing the MFT | mb9bfxxx_ppg_mft-v11.zip |
| This example generates the different kind of resets and shows it on the 7SEG-displays. | mb9bfxxx_reset-v10.zip |
| Example project for the SK-TSC-1125S TSC board connected to the SK-FM3-100PMC via MFS ch. 3 in I2C mode. | mb9bfxxx_sk-tsc-1125s-v10.zip |
| Example project for the SK-TSC-1127-SB TSC board connected to the SK-FM3-100PMC via MFS ch. 3 in I2C mode. | mb9bfxxx_sk-tsc-1127-sb-v11.zip |
| This example demonstrates the USB Device. A USB mouse is realized via two buttons to move the cursor left or right | mb9bfxxx_usb_device_hid_mouse-v11.zip |
| This example demonstrates the USB Device. For communication with the PC the open source project LibUsbDotNet is used. Drivers supporting Windows 2000 up to Windows 7 64-Bit. The Windows application is programmed in Visual C#. | mb9bfxxx_usb_device_libusb-v13.zip |
| This example demonstrates the USB Device. A virtual com port device is realized. With Hyper Terminal some text can be exchanged. | mb9bfxxx_usb_device_virtual_com_port-v11.zip |
| This example demonstrates the USB Host. Supported devices are: Keyboard, Mouse and Mass Storage | mb9bfxxx_usb_host-v10.zip |
| Generation of a rtc with the wc | mb9bfxxx_wc_rtc-v11.zip |
| Template project for evaluation board SK-8FX-TSC-32PMC | sk-8fx-tsc-32pmc_template-v10.zip |
| Touch sensor monitor project for evaluation board SK-8FX-TSC-32PMC | sk-8fx-tsc-32pmc_tsc_tuning_monitor-v10.zip |
| USB Host Mass Storage bootloader for FM3 flashing motorrola S-Record file app.mhx located on an USB stick into user code area starting linked to 0x00004000. This bootloader is for use with SK-FM3-100PMC, MB9BF506N MCU. | sk-fm3-100pmc_usb_host_massstorage_bootloader-v10.zip |
| USB Host Mass Storage bootloader for FM3 flashing motorrola S-Record file app.mhx located on an USB stick into user code area starting linked to 0x00004000. This bootloader is for use with SK-FM3-176PMC-ETHERNET, MB9BFD18T MCU. | sk-fm3-176pmc-ethernet_usb_host_massstorage_bootloader-v10.zip |
| USB Host Mass Storage bootloader for FM3 flashing motorrola S-Record file app.mhx located on an USB stick into user code area starting linked to 0x00004000. This bootloader is for use with SK-FM3-48PMC-USBSTICK, MB9AF312K MCU. | sk-fm3-48pmc-usbstick_usb_host_massstorage_bootloader-v10.zip |