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MB9B500N Series : MB9BF506NPMC
Not recommended for new designsPlease see replacement part(s): |
MB9BF506NBPMC |
- Product Features
- Documentation
- Starterkits
- Debugger and Emulator
- (FLASH-)ROM Programming Tools
- Software Examples
- Application Notes
SERIES KEY FEATURES
High speed flash (zero WS @ 60MHz), 2.7-5.5V supply voltage, Multi Function Timer, 3 x 12-bit ADC, FS USB Host+Function, 2ch CAN
DESCRIPTION
The 32-bit MB9BF100/300/400/500 series belongs to Fujitsu's FM3 family of 32-bit general purpose microcontrollers employing the ARM Cortex-M3™ CPU core.
BLOCK DIAGRAM
MB9BF506NPMC - PRODUCT FEATURES
| CPU [Bits] | 32 |
| Package(Pin/Pitch) | LQFP 100, 0.5 (FPT-100P-M23) |
| Pincount | 100 |
| Flash memory | 512.00 KByte |
| Flash Security (read protection) | yes |
| RAM (code & data) | 64.00 KByte |
| VCC min | 2.70 V |
| VCC max | 5.50 V |
| Min. Temperature | -40 °C |
| Max. Temperature | 85 °C |
| Max. CPU frequency | 80.00 MHz |
| Subclock | yes |
| Clock Supervisor | yes |
| DMA channels | 8 |
| Max. I/Os | 80 |
| A/D Converter | 3 |
| A/D channels | 16 |
| A/D resolution | 12 bit |
| USB | 1 |
| LIN-USART | 8 |
| CAN | 2 |
| I2C | 8 |
| Programmable Pulse Generator (PPG) | 6 |
| Pulse Width Modulator (PWM) | 8 |
| Output Compare Unit (OCU) | 12 |
| Input Capture Unit (ICU) | 8 |
| Waveform Generator (WFG) | 6 |
| IOTimer | 6 |
| Reload Timer | 8 |
| Multi Function Timer (MFT) | 2 |
| Watchdog | 1 |
| Low Voltage Detection (LVD) | yes |
| External Bus | yes |
| External Bus mode | Non-Multiplexed |
| External Bus Datawidth | 16 bit |
| Chip-Selects | 5 |
| External IRQ | 16 |
| CAN Message Buffers | 32 |
| Pin Relocation | yes |
MB9BF506NPMC - DOCUMENTATION
| Datasheet | MB9BF500NR-DS706-00010-1v0-E.pdf |
| Datasheet Errata | MB9BF500NR-DS706-00010-1v0-E-DE2.pdf |
| Hardware Manual | specification_2012_kw18.zip |
| Customer Information | CI706-00008-1v01-E_FM3_Error_USB_Host_Mode.pdf |
| Customer Information | CI706-00001-1v0-E_FM3_Watch_counter_value.pdf |
| Customer Information | CI706-00002-1v0-E_FM3_Return_from_TIME_STOP_mode.pdf |
| Package datasheet | fpt-100p-m23.pdf |
| M3 Technical Reference Manual (Check ARM website for the latest version) | DDI0337G_cortex_m3_r2p0_trm.pdf |
| Flash Programming Manual | MB9Bxxx-MN706-00004-1v0-E.pdf |
| Limitations | MB9BF500-MN706-00005-1v0-E.pdf |
| Factsheet USB MCUs | f04-16-32-bit-USB-MCUs-factsheet.pdf |
| Factsheet FM3 Motor Control Solutions | f02-FM3-Motor-Control-Solutions.pdf |
| Factsheet FM3 Touch | f03-FM3-Touch.pdf |
MB9BF506NPMC - STARTERKITS
| Starterkit | IAR_KSK-MB9BF506 |
| Starterkit | KEIL_MCB9BF500 |
| Starterkit | SK-FM3-100PMC-JLINK |
| Starterkit | SK-FM3-100PMC |
MB9BF506NPMC - DEBUGGER and EMULATOR
| Starterkit | SK-FM3-100PMC |
| Starterkit | SK-FM3-100PMC-JLINK |
| Starterkit | IAR_KSK-MB9BF506 |
| Starterkit | KEIL_MCB9BF500 |
MB9BF506NPMC - (FLASH-)ROM PROGRAMMING TOOLS
| Name | Type | Adapter |
| FLASH_PROGRAMMER_FM3 | serial (async) | |
| FLASH_PROG_USB_DIRECT | USB | |
| CONITEC GALEP | serial | Conitec 210915 |
| CONITEC GALEP | parallel | Conitec 220003 |
MB9BF506NPMC - 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.
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.!
| Device specific Software Examples | |
| Template project for MB9BF50XN | mb9bf50xn-template-v18.zip |
| Template project for MB9BF50XR | mb9bf50xr-template-v18.zip |
| Generic Software Examples | |
| 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 |
| 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 |
| 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 |
All software examples
APPLICATION NOTES
Please find a selection of Application Notes here or check the complete overview:
| This document describes how to use the Fujitsu USB Assistant. This is also the official help file of the USB Assistant. | mcu-an-300124-e-v12 |
| This document explains how to use the Fujitsu Semiconductor Europe .NET Library FujitsuUsbLib | mcu-an-300131-e-v10 |
| In this document will be described how to use the Fujitsu Semiconductor Europe emdedded device library | mcu-an-300132-e-v10 |
| In this document will be described how to use the Fujitsu Semiconductor Europe Host Stack. | mcu-an-300126-e-v10 |
| How to use USB Host Mass Storage bootloader for FM3 flashing motorrola S-Record file app.mhx located on an USB stick into user code area linked to start at 0x00004000. | mcu-an-300411-e-v10 |
| Recommendations for FM3 hardware setup | mcu-an-300400-e-v11 |
| How to program the Main and Work Flash memory of FM3 devices during application execution | mcu-an-300401-e-v12 |
| Setup of Multifunction Timer | mcu-an-300402-e-v10 |
| Quickstart of CrossWorks for ARM (Rowley) | mcu-an-300409-e-v10 |
| Quickstart of Atollic TrueStudio | mcu-an-300408-e-v10 |
| Sensorless BLDC | mcu-an-300404-e-v10 |
| This note describes how to use external Interrupts | mcu-an-706-00003-e-Attachment |
| This note describes how to use the low voltage detection | mcu-an-706-00004-e-Attachment |
| This note describes how to use the clock supervisor function | mcu-an-706-00005-e-Attachment |
| This note describes the to setting and usage of GPIO | mcu-an-706-00006-e-Attachment |
| This note describes the software watchdog timer | mcu-an-706-00007-e-Attachment |
| Usage of dual timer in free-run mode | mcu-an-706-00008-e-Attachment |
| Setting of non maskable interrupt (NMI) | mcu-an-706-00009-e-Attachment |
| This note describes the usage of dual timer in one-shot mode | mcu-an-706-00010-e-Attachment |
| This note describes the setting of the hardware watchdog timer | mcu-an-706-00011-e-Attachment |
| Description about setting and usage of dual timer in periodic mode | mcu-an-706-00012-e-Attachment |
| This note describes the setting and uage of base timer | mcu-an-706-00013-e-Attachment |
| This note describes the setting and uage of the 8+8/16+16-bit PPG mode | mcu-an-706-00014-e-Attachment |
| This note describes the setting and usage of the PPG in 8/16-bit mode | mcu-an-706-00015-e-Attachment |
| This note describes the setting of phase-adjusted base timer multichannel startup | mcu-an-706-00017-e-Attachment |
| This note describes the setting and usage of multichannel startup with PPG | mcu-an-706-00019-e-Attachment |
| This note describes the setting and usage of base timer PPG timer function | mcu-an-706-00023-e-Attachment |
| This note describes the usage of base timer as reload timer function | mcu-an-706-00024-e-Attachment |
| This note describes the usage of base timer as PWC timer function | mcu-an-706-00025-e-Attachment |
| This note describes the usage of base timer as PWM timer function | mcu-an-706-00026-e-Attachment |
| This note describes the setting/determination of Reset Factor Register | mcu-an-706-00027-e-Attachment |
| This note describes transition to/return from low-power consumption mode | mcu-an-706-00028-e-Attachment |
| This note describes setting and usage of Watch Counter | mcu-an-706-00029-e-Attachment |
| This note describes the coordinate transform which with the Clarke, Park, Inverse Clarke and Inverse Park transformation. | mcu-an-706-00032-e-Attachment |
| This note describes the principle and usage of PFC. | mcu-an-706-00033-e-Attachment |
| This note describes PI in motor inverter control . | mcu-an-706-00034-e-Attachment |
| This note describes the phase lock loop in motor control about Theory, Block, Function, Flow, Sample, Parameter etc. | mcu-an-706-00035-e-Attachment |
| This note describes SVPWM function Theory, Block, Function, Flow, Sample, Parameter in FM3 family Inverter Platform. | mcu-an-706-00036-e-Attachment |
All application notes