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Embedded Application Development System (EADS).
R8C/Tiny EADS contains a BaseBoard and few Micon Top Boards. The Micon Top Board comes as a small
circular PCB with the microcontroller soldered along with its clock driving circuits and programming facility.
You can plug the Micon Top Board on the Baseboard to evaluate that particular R8C/Tiny.
The Baseboard carries various interfacing options like Multiplexed LED displays, LCD module with 2 line X 16 characters,
keyboard with 4X4 matrix, Push Button Switches, Point LEDs, Toggle switches, Analog voltage source, I2C bus devices
like RTC and EEPROM and etc. This wide range of peripherals enable you to study many interfacing options using R8C/Tiny
devices.
This EADS gives a working hardware platform to test and design new applications along with the code generation software,
SANGO. The SANGO generates application code in C for these R8C/Tiny microcontrollers covering all the features of the
microcontroller to enable the designers conceive and test their new designs with ease and confidence.
In short, this R8C/Tiny EADS is designed to impart desired technical knowledge about Renesas's 16 bit architecture and
its real time applications.
The R8C/Tiny EADS contains these important parts:
- Micon Top Boards for R8C/1X, R8C/1A/1B, R8C 24/25, R8C 26/27, R8C 2A/2B and R8C
2C/2D.
- EADS BaseBoard.
Micon Top Board
The EADS have a separate Top Board for Micon device. Top Board comes with the EADS as standard.
These Top Boards carry relevant clock and flash programming circuits meant for R8C Micon.
All the pins of the microcontroller are terminated in the FRC headers. The board has facility to connect E8 Emulator.
EADS - Base Board
The Base board comes with many interfacing options:
- Four digits of Multiplexed Seven Segment LED Displays.
- LCD module with 2 line X 16 characters.
- Keyboard with 4X4 matrix.
- 8 Point LEDs.
- I2C devices, RTC and EEPROM.
- Four Push Button switches.
- 4 numbers of Toggle switches.
- Two Analog variable voltage sources.
- Square wave form generator to study timers of Micon.
- Pulse generator to study timers of Micon.
- RS 232 Level shifter.
- CAN Driver.
- LIN Driver.
Circuit implementation in EADS.
As you can observe, all the lines of the EADS are terminated with connectors containing five spring
loaded pins. The internal spring mechanism can hold the single strand wires in place.
The required circuit connection can be established when the single strand wires are properly inserted
in these terminal pins.
The documentation of all these modules clearly indicate the respective circuit implementation for
every study and application.
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l EADS comes with a variety of external embedded application modules covering a range of applications
l Built-in facility to hookup your target application circuit
with ease and confidence.
l Since the embedded modules are not tied with I/O lines of
the micon, you can easily hook up your exact application circuit without any
restriction.
l One time low cost investment to develop many of your next
applications.
l Significant savings in your development time. Without
waiting for the prototype, you can start and finish your project using EADS.
Fool proof approach to generate fast ‘Proof-of-Concept' for your next application.
l You can use the EADS to study different micon architectures.
Now you have a flexible design environment to manage different Renesas micons
with a variety of embedded application modules.
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