| 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-v12.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-v19.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
|
| This example shows how to communicate with an MAX1286 ADC via SPI and UART. |
90340_uart_sync_sio_max1286-v10.zip
|
| This example shows how to communicate with an NM93CS46 EEPROM via SPI and UART. |
90340_uart_sync_spi_nm93cs46-v10.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-v11.zip
|
| This is a project template for the MB90350 Series: MB90352 |
90350_template_90352-v12.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 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-v15.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-v14.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-v15.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-v14.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-v15.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. |
