Product Name: Microprocessor Basic Trainer

model Name: YMBT-100

Features

1) Provides hardware assembling practices. 
2) Contains theories and practices.  (ATMEL’s ATMEGA128)  
3) Provides RFID 13.56MHz control practices. 
4) As sample sources are included in main system, no extra equipment is needed.

Founctions

1. Understand Microprocessor Hardware Manufacturing
2. I/O control practice using Microprocessor
3. Home Security & RFID Practice applying Microprocessor

Training Contents

Part 1. Introduction
   Chapter 1 Introduction to MBT-100 trainer
   Chapter 2 Build up practice environment 
Part 2. Basic hardware practices
   Chapter 3 Structure of ATMEGA 128
   Chapter 4 Assembly and operation practice of ISP
   Chapter 5 Assembly and operation practice of RS232
   Chapter 6 GPIO connection and LED operation practice
   Chapter 7 Checking RFID reader's operation
   Chapter 8 Checking text LCD's operation  
Part 3. C programming practices
   Chapter 9 Buzzer beep operation practice using IR sensor
   Chapter 10 LCD printing practice using IR sensor
   Chapter 11 Buzzer beep operation practice using Force sensor
   Chapter 12 LCD printing practice using Force sensor
Part 4. Application practices
   Chapter 13 Reading tag information by RFID reader
   Chapter 14 Sensing break-in by IR sensor operation test
   Chapter 15 Sensing break-in by Force sensor operation test.

Components

Specification

Product Name: Microprocessor Application Training System

model Name: YMBT-200

Features

1. MBT-200 is designed as an experiment and practice system for electricity, electronics, computer, communication, and control and is suitable for students beginning with 8bit  microprocessor.
2. Character LCD, DC Motor, Step Motor and sensors are employed for training basic functions and programming of ATMEGA128
3. Peripheral device control for each module in C language and board booting and software and hardware debugging using the WinAVR compiler.
4. Experiment and practice for I/O ports for various peripheral devices, Dot Matrix, Step Motor speed, LCD, FND, KEY,  sensor, etc.
5. Application project can be designed by selecting a modular combination as Character LCD, DC Motor, Step Motor and  sensors are modularized.
6. The textbook is edited and provided in the order of theory, practice and report.

Founctions

1. 8 bit microprocessor training and practice system
2. AVR architecture and firmware training and practice
3. Practice of initialization code analysis using the AVR compiler
4. Coding practice using experimental C source
5. Practice using various peripheral devices

Textbook Contents

Chapter 1  AVR(ATmega128) Structure
Chapter 2  Testing Environment Setup/ Equipment Overview 
Chapter 3  Port Structure and Basic Operation Practice Ⅰ
Chapter 4  Port Structure and Basic Operation Practice Ⅱ
Chapter 5  Interrupt Operation
Chapter 6  Timer/Counter Operation
Chapter 7  LCD control
Chapter 8  Operation of Serial Cmmunication Port
Chapter 9  Programming using GPIO  
Chapter 10  A/D Converter Application
Chapter 11 Motor Control
Chapter 12 Graphic LCD Control
Chapter 13 Application Project Design

Components

Specification

Product Name: PLD Application Training system

model Name: YMBPT-2000

Features

1) Optimal product to the students beginning FPGA(Cyclone).
2) Able to design various components and train components interface as it is interfaced with AVR and FPGA(Cyclone) which is installed to YMBPT-2000 main board.
3) Providing various peripheral devices and availabile of various exercises such as DC motor, step motor, ultrasonic sensor & infrared sensor, serial communication, VGA, SW&LED and ADC board.
4) Available of wireless RC CAR control using FPGA+AVR.

Founctions

1) Basic training on FPGA and 7 different peripheral devices.
2) Application exercise like wireless RC CAR auto & manual drive mode practice.
3) Coding exercise using VHDL
4) connection and control of external equipment using extended GPIO.

Training Contents

PChapter 1. VHDL basic in-/output
Chapter 2. AVR in-/output port INTERFACE
Chapter 3. AVR universal(GPIO) port INTERFACE
Chapter 4. SERIAL ADC component design
Chapter 5. Component design of SERIAL ADC using AVR
Chapter 6. SERIAL DAC component design
Chapter 7. Component design of SERIAL DAC using AVR
Chapter 8. Component design of SERIAL communication using AVR
Chapter 9. Interface of AVR and ultrasonic (SRF04) component
Chapter 10. Interface of AVR and DC MOTOR COMPONENT
Chapter 11. Interface of AVR and SERVO MOTOR COMPONENT
Chapter 12. Interface of AVR and STEP MOTOR COMPONENT
Chapter 13. VGA COMPONENT design
Chapter 14. Interface of AVR and VGA COMPONENT
Chapter 15. RC CAR design using AVR and FPGA

Components

Specification