M16C/R8C to IAR Embedded Workbench® for Renesas RL78. Locate a feature in the left-hand column; then the IAR-specific counterpart can be found to the right. For detailed information about this feature specific to IAR Embedded Workbench®, see the relevant documentation. For a complete list of guides, see IAR Information Center in the IDE. IAR Embedded Workbench provides fully integrated debug support for Renesas debuggers, as well as third party debuggers, ensuring access to a powerful.
Bluetooth low energy SDK for Renesas RL78 Port of the Bluetooth low energy SDK for Arduino to the Renesas RL78. This uses the Nordic Semiconductor nRF8001 chip which is embedded on the nRF2740 board. The nRF2740 board is a compact module that has all the required hardware for the nRF8001 chip. At the same time the nRF2740 board was tested using the nRF8001/nRF24L01+ shield adapter for Arduino. This adapter was connected to the Renesas demo board. The programming IDE used is IAR Embedded Workbench for Renesas RL78 version 1.40.1. It can be downloaded from the.
The nRF2740 board and the nRF8001/nRF24L01+ shield adapter for Arduino are part of the. Alternatively you can use an. For further details about the nRF8001 chip, the nRF2740 board and the nRF8001/nRF24L01+ shield adapter for Arduino please refer to the.
This port is backward compatible with Arduino, but the file hal_platform.cpp has to be deleted. In case you want to use the BLE library with an Arduino it is recommended to use the original repo: Contents of this repository The folder libraries contain three subfolders. • • • BLE This folder contains all the *.cpp and *.h files required for the BLE SDK to work Examples This folder contains several subfolders, each subfolder corresponds to a different example for the BLE library. Bb400 manual breville.
Initially each folder will only contain a main.c file but after configuring IAR some other folders will appear. RL78 This folder contains all the *.cpp and *.h files required for porting the BLE SDK to the RL78. The current files are configured for the Renesas demo board YRPBRL78G13 (RL78/G13), so in case another board will be used small changes should be done corresponding to that type of RL78 board. Quick start guide • Connect the nRF8001/nRF24L01+ shield adapter to YRPBRL78G13 YRPBRL78G13 (J2 and J1 headers) nRF8001/nRF24L01+ (P10 and P11 headers) J1 pin1 GND P11 pin2 GND J1 pin2 VDD P11 pin4 5V EXTERNAL 3.3V P11 pin5 3.3V J1 pin3 p10/SCK00 P10 pin8 ACI_SCLK J1 pin4 p11/SI00 P10 pin7 ACI_MISO J1 pin5 p12/SO00 P10 pin6 ACI_MOSI J2 pin3 p141 P10 pin5 ACI_REQN J2 pin4 p140 P10 pin3 ACI_RESET J2 pin26 p147 P10 pin2 ACI_RDYN There should be connected an external 3.3V source to the nRF8001/nRF24L01+ as unfortunately the YRPBRL78G13 does not provide any 3.3V output. The 3.3V voltage is needed so the shield can convert the 5V logic from the YRPBRL78G13 to the needed 3.3V logic of the nRF8001/nRF2740 and vice versa. Remember to interconnect all grounds from the nRF8001/nRF24L01+, YRPBRL78G13 and the external voltage source.
A recommendation is to attach a 3.3V voltage regulator between the YRPBRL78G13 and the shield. The input of the voltage regulator has to be connected to any pin that has VDD(5V) from the YRPBRL78G13, and the output has to be connected to the 3.3V pin of the nRF8001/nRF24L01+. • Connect the serial output of the YRPBRL78G13 to a computer/serial reader device. The YRPBRL78G13 has a serial output implemented for communicating with an external device. This serial output transmits the same debug and function information as the serial monitor for Arduino implementation of the BLE library. The characteristics of the Serial interface are • 115 200 bps • 8 data bits • 1 stop bit • No parity • Transmission of the LSB first The pins that have to be connected are the next YRPBRL78G13 (J1 header) J1 pin7 P02/TxD1 J1 pin8 P02/RxD1 • Jumper configuration on YRPBRL78G13. Shining wind ps2 english iso 10. The demo board YRPBRL78G13 has several jumpers that have to be set on specific positions so the BLE examples work properly.