Overview
Description
The TB-S1JA Target Board Kit features the ultra-low power, 48MHz Arm® Cortex®-M23 core S1JA microcontroller (MCU) Group that integrates best-in-class programmable analog and security functions for high-accuracy sensor signal acquisition and conditioning. Users can experience the full features of the Synergy™ S1JA MCUs with access to all pins, standardized expansion ports, and preinstalled demo software.
System Requirements
- Microsoft® Windows® 7 or 10 with Intel® Core™ family processor or equivalent running at ≥2.0GHz
- ≥8GB system RAM
- ≥2GB free hard drive space
- ≥2 USB 2.0 ports
- Internet connection
Features
- Access all pins and on-board peripherals of the Synergy S1JA MCU Group
- Accelerate code development with the tightly integrated and qualified Synergy Software Package (SSP)
- View, step through, and debug code with the e2 studio IDE from Renesas or IAR Embedded Workbench® for Renesas Synergy
- Flexible connectivity options with USB and Pmod™ connector, enabling rapid prototyping with plug-in modules
- Best-in-class analog solution with 16-bit SAR ADC, 24-bit Sigma-Delta ADC, 12-bit DAC, analog comparator,s and operational amplifiers
- Human machine interface (HMI) functionality with a capacitive touch sensing unit (CTSU) and user push buttons
- See system status and test functionality with programmable LEDs or capacitive and mechanical buttons
- Measure real-time power consumption of the current over program execution
- Operate from high-precision on-board crystals or a lower-precision internal clock
- Security and encryption functions enable secure data communications and storage, with support for industry-standard algorithms such as AES 128/256
- Safety features include hardware diagnostics, memory protection, and watchdog timeout
- Debugging and programming with J-Link® OB on-board
Applications
Design & Development
Support
Support Communities
- Unable to set GPIO Port0 001 pin(P001) to high and low in TB S1JA
When i tried to set Port 0 pin 1 (P001) to high it was not Rising to high or low i have tried using API and by setting register directly , Only this pin is not functioning properly remaining pins works fine but how to set this pin. I have configured ...
Jan 22, 2019 - TB-S1JA Examples
Hi, There are some example codes to TB-S1JA (I'm focusing on the 16-bit SAR ADC and the 24-bit Sigma-Delta ADC). I tried to compile the Out Of Box project using e2 Studio 7.3 and SSP 1.6 but lots of errors were shown. Thanks.
Apr 13, 2019 - Need Sample code for 16 bit ADC of TB S1JA
... proper i have checked the configuration and driver setup channel is initialized and configuration are happening properly but the read ADC value is not proper so it will be help full if there is any sample project for TB S1JA and i have attached source file for reference. src.zip
Dec 20, 2018
Knowledge Base
- Application Brief: Instrumentation Amplifier with S1JA
... signals (Analog IOs) to the OpAmp inputs and outputs. A completed project is provided that can be imported into e2 studio and run on the TB-S1JA if the required external components (Resistors and a temperature probe) are hooked up. Description The basic circuit used in the instrumentation amplifier application ...
- Visual Expression Illustration Project
... A simple project that demonstrates the use of some of these elements is available in the below project export zip file. This project targets the TB-S1JA kit with SSP 1.4.0. The project uses a dial to provide an input to a DtoA converter which drives an analog ...
- Application Brief: Programmable Gain Amplifier
... signals (Analog IOs) to the OpAmp inputs and outputs. A completed project is provided that can be imported into e2 studio and run on the TB-S1JA if the required external components are hooked up. Description The basic circuit used in the programmable gain amplifier application is shown in the ...
Support Communities
Knowledge Base
