MCU education platform that can be controlled
by smart phone and video course is prepared
- Support various MCUs with independent module structure
- Module application by function
- Provide test pins to improve MCU learning efficiency
- Provide various interfaces for signal connection between MCU and module
- Various examples for basic practice and communication-related project practice
- Provide program source
- Provide graphic language tool for C language education through MCU application
Introduction
The 8-bit based MCU product is the processor’s basic educational theme that has been used in the educational field for a long time. However, in the case of products that were designed to fit the framework of infant education, which was the previous education method, the user could not configure the desired function. In order to effectively apply creative engineering education in college and high school recently, this product supports various MCUs and independently modularizes each function to provide various project classes including basic education and user’s requirements promptly It is a micro-embedded education system that can be applied. In addition, we also provide training environment for 32-based MCUs that are of interest in MCU field.
Features
- The ATmega128A and Cortex-M4 devices are designed as modules with a connector structure that can be attached and detached, respectively, to enable learning of various microcontrollers.
- MCU module and function module can be connected in various ways.
- Each functional module is configured as a detachable module type, enabling application design of the desired form by utilizing the function module separated from the base board.
- Provide a graphical programming language with real-time C language conversion capabilities for use in C language learning through MCU learning and MCU applications.
- Provide dedicated measurement terminals for easy signal analysis of MCUs and applications.
- Various input switches and output display are provided.
- Various sensor modules can be installed.
- Provide application modules for basic MCU training.
- Provide a variety of sample program sources for application labs.
- Support a wide range of design environments at the application product design level from basic processor training.
- Stack module and Actuator module are provided to maximize product utilization.
- MCU training platform with video tutorials.
Training Contents
Microcontroller learning with HBE-MCU-Multi II (AVR ATmega 128)
1. HBE-MCU-Multi II
2. AVR Microcontroller
3. LED, 7-Segment Control
4. Switch module
5. LCD Controller(HD44780) Control
6. LCD Module Program
7. ATmega 128A Interrupt
8. 8-bit timer / counter
9. Operation mode of 8-bit timer / counter
10. 16-bit timer / counter
11. 16-bit timer / counter operation mode
12. Receiving external input using T/C
13. A/D converter and relay control
14. Stepping motor control
15. USART communication
16. Serial interface
Product Specifications
Configuration and Names
HBE-MCU-Multi II-ST is designed to be easily accessible even in the professional field. Basic circuit that
assists basic understanding of MCU is mounted, and distance measurement, control using GPIO, and motor are added as application module.
With the added application module, you can understand how the devices are controlled by MCU. Visual programming language tools make it easy to understand the difficult C language controlling the communication devices and modules.
1. Replaceable MCU
2. Text LCD
3. Array FND, LED
4. Memory
5. Fan, Relay
6. Full Color LED
7. ADC, DAC
8. Step Motor
9.Temperature/humidity sensor
10. Variable resistor
11. UART
12. Oscilloscope
13. Switch element
14. Servo motor
15. DC motor
16. Ultrasonic sensor
17. Infrared distance sensor, proximity sensor
18. Switch module
19. Keypad module
20. Bluetooth module
21. 3Color Dotmatrix
Block diagram
Module Functions
HBE-VPEx-C
HBE-VPEx-C is a VPL (Visual Programming Language), a graphical language tool configured to run programs using graphics, compile with a single button, and proceed to download. In addition, real-time C language conversion function is provided so that it is easy to understand how difficult C language control MCU is.
Product Configuration
