Educational Training Equipment,Electronic Trainer,XK-ARM1 Embedded Type Experiment Box

1. Product Overview

This experiment box adopts the S3C2440 chip of Samsung Company. S3C2440 is launched by Samsung Company, it’s with powerful function and lowest power consumption and it’s one kind of ARM9 embedded type CPU. Now it’s widely used in GPS application,Data Servers,VOIP,network terminals,industrial control,equipment detection,instruments and meters, intelligent terminal,medical equipment,security monitoring etc. embedded type high-tech application products.

This experiment box with abundant interfaces and has stronger of scalability, it also supply more of reference data to completely meet the different level learning requirement of the beginners,intermediate and senior learners, it also can directly use source code for new project development. It’s with small size, easy to taking, it is the ideal choice for students learn the embedded development.

2. Experiment Box Technology Parameter

Overall size: 415mm (L) x 285mm (W) x 115 (H) mm; Weight: 3kg

Power Supply: Single phase AC220 50Hz/60Hz, power≤10VA

With power supply indication,main power indication,grounding protection and over current protection

Working environment: Temperature -10℃~+40℃,

3. Signal source technology parameter

DC 3.3V voltage source capacity 1A

DC 5V voltage source capacity 1A

DC 12V voltage source capacity 1A

4. Production Composition

4.1 Power line: 1pce

4.2 J-Link download line: 1set

4.3 USB download line: 1set

4.4 3.5 inch touching screen LCD: 1pce

4.5 Touching pen: 1pce

4.6 9 pin serial port line (two of mother head): 1pce

4.7 Cross-ruling: 1pce

4.8 Camera head extending board: 1pce

4.9 CF card extending board: 1pce

4.10 English manual (with disc): 1pce

5. Experiment Project

5.1 Embedded type software development basic experiment

1) Knowledge of ARM debugging developing environment ADS

2) ARM assembly instruction experiment

3) Thumb assembly instruction experiment

4) ARM processor working mode experiment

5) C language program experiment

6) Assembly and C language mutual call experiment

5.2 Basic interface experiment

7) LED light control experiment

8) Nixie tube static status display experiment

9) Nixie tube dynamic status display experiment

10) PWM frequency demultiplication experiment

11) SPI communication experiment

12) RS232 communication experiment

13) RS485 communication experiment

14) I²C read-write experiment

15) CAN experiment

16) RTC experiment

17) AD experiment

18) 4×4 key button experiment

19) TFT color LCD display experiment

20) VGA interface display experiment

21) Voice frequency experiment

22) Infrared interface experiment

23) SD card read-write experiment

24) Internet communication experiment

25) PS/2 interface experiment

26) CMOS camera experiment

5.3 Embedded type operation system experiment

26) uC/OS-II transplant experiment

27) uC/OS_II application experiment

28) Establishment of Linux development environment

29) Bootloader transplant experiment

30) Linux core compile and customization experiment

31) Linux drive experiment

32) Linux file system experiment

33) Qt graphical interfaces experiment

34) Linux application program transplant experiment