Trainer For Assembly And Debugging Of Electronic Product

This is an open source equipment. It is suitable for educational purpose, as well as for electronics skill competition, class design, and graduation design.

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Description

This is an open source equipment. It is suitable for educational purpose, as well as for electronics skill competition, class design, and graduation design. It is equipped with common SCM peripheral circuit, outdated technologies (such as 82C55) are eliminated, present technologies such as USB port, wireless communication, infrared communication, ultrasonic distant measure, motor control modules are instead.

Adopt modular combination plan, YL-136 consists of more than 30 modules and training tables including SCM module, power module, USB communication module, voice module, etc. It is capable of both verification experiment and design experiment. This structure intends to build a sharp learning curve, from basics to advances, from theoretical to practical, presenting the concept of flexibility, compatibility, innovation, comprehensiveness, and subject-crossing.

Training project

YL-136 is suitable for instructional purpose, it can conduct tasks according to job process guidance

or do-learn cross purpose as follows:

Single chip microcomputer:

  1. Marquee experiment;
  2. Independent key input test;
  3. Matrix keyboard interface training;
  4. Relay isolating control experiment;
  5. Silicon controlled control experiment;
  6. Photoelectricity isolation control experiment;
  7. Six bit dynamic digital tube display experiment;
  8. 16*16 dot matrix display experiment;
  9. Buzzer play experiment;
  10. I/O extended experiment;
  11. 1602 liquid crystal display module control training;
  12. 128 * 64 liquid crystal display module control training
  13. AD0809 transition experiment;
  14. DA0832 transition experiment;
  15. Serial ADC transition TLC549 experiment;
  16. Serial DAC transition TLC5615 experiment;
  17. LM35 temperature sensor acquisition experiment;
  18. EEPROM chip 24 series storage experiment;
  19. EEPROM chip 93C46 storage experiment;
  20. Encryption IC card control experiment;
  21. Step motor drive and control experiment;
  22. DC motor drive and control experiment;
  23. External interruption test;
  24. Frequency meter experiment;
  25. IIC bus PCF8563 real time clock experiment (power off is not lost, with battery);
  26. Serial and parallel bus extended experiment;
  27. Parallel and serial bus extended experiment;
  28. Single-ended input amplification experiment;
  29. Internal watchdog experiment;
  30. External watchdog experiment;
  31. V/F voltage frequency transition experiment;
  32. Wireless communication experiment;
  33. Infrared communication experiment;
  34. PWM mode DA transition experiment;
  35. Voice record and play back experiment;
  36. RS232 communication experiment;
  37. RS485 communication experiment;
  38. Ultrasonic ranging test;
  39. USB communication experiment;
  1. Power input: single-phase AC 220V±10%(50Hz);
  2. Power consumption: ≤300W;
  3. Temperature: -10~40 ℃; Humidity: ≤90%(25℃)
  4. Dimensions:1272mm×690mm×1375mm(L×W×H), aluminum alloy and timber structure;