ADA-96340-88121-FLEXRAY
Supports MB88121 Series, FlexRay extension board for 16FX MB96340 Series
DESCRIPTION
The ADA-96340-88121-FLEXRAY is an adapter board for the Fujitsu's 16-bit F2MC-16FX Flash microcontroller series. It facilitates to add FlexRay connectivity to 16-bit MCUs that do not comprise embedded FlexRay protocol cores.
Via the FlexRay drivers, Fujitsu FlexRay Driver or DECOMSYS::COMMSTACK library, an easy access the the FlexRay Communication Controller (MB88121) is possible. Pre-compiled examples frees the user form own developments and demonstrate the capabilities of FlexRay. However with the configuration tools FlexConfig® (Light version) or DECOMSYS::DesignerPro (Runtime limited) the user can design its own communication matrix and generate the initialization code for the FlexRay Communication Controller.
The ADA-96340-88121-FLEXRAY must be used together with the FLASH-CAN-100P-340 evaluation board for software development and testing.
The board allows the designer immediately to start software development before his own final target system is available.
FEATURES
- Supports Fujitsu's MB88121B stand-alone FlexRay Communication Controller
- 12V unregulated external DC power supply
- 5V and 3.3V onboard voltage regulators
- Power-LEDs for all supply voltages
- 10 MHz main crystal
- Two FlexRay channels (Ch-A, Ch-B)
- Onboard FlexRay transceiver (AS8221B)
- Supports Power switching via FlexRay transceiver
- one VG96 connector
- One User button for local wake-up function
- DIP switch to set operation mode
DOCUMENTATION
| Manual | ug-960007-10-ada-96340-88121-FLEXRAY.pdf |
| Schematic | ADA-96340-88121-FLEXRAY_v1-1-schematics_v1-0.pdf |
| Software Guide | sg-960007-10-ada_96340_88121_FLEXRAY.pdf |
SOFTWARE
| This project shows a FlexRay communication, using static slots. Transfered data are sent via UART0 and can be displayed at PC using a terminal program. The initialisation is done using the manual functions of the FFRD driver. No file of a generation tool is used for initialisation. Cycle length: 3ms, Slot usage: ID 3 and ID6, Redundant transmission used. | ADA_96340_88121_FLEXRAY_MAN_static1-v10.zip |
| This project shows a FlexRay communication, using static and dynamic slots. Transfered data are sent via UART0 and can be displayed at PC using a terminal program. Cycle length: 3ms, Slot usage: Static: ID 3, ID6, dynamic ID41 , ID45. Redundant transmission used in static slots. | ADA_96340_88121_FLEXRAY_dynamic1-v10.zip |
| This project shows a FlexRay communication, using static and dynamic slots. Dynamic RX messages will issue an interrupt in case of reception. Transfered data are sent via UART0 and can be displayed at PC using a terminal program. Cycle length: 3ms, Slot usage: Static: ID 3, ID6, dynamic ID41 , ID45. Redundant transmission used in static slots. | ADA_96340_88121_FLEXRAY_dynamic1_int-v10.zip |
| This project shows a FlexRay communication, using static slots. Transfered data are sent via UART0 and can be displayed at PC using a terminal program. Cycle length: 3ms, Slot usage: ID 3 and ID6, Redundant transmission used. | ADA_96340_88121_FLEXRAY_static1-v10.zip |
| This project shows a FlexRay communication, using static slots. Transfered data are sent via UART0 and can be displayed at PC using a terminal program. The data transfer to message buffer is done using DMA channels. Cycle length: 3ms, Slot usage: ID 3 and ID6, Redundant transmission used. | ADA_96340_88121_FLEXRAY_static1_DMA-v10.zip |
