Development and Application of ATmega8

ATmega8 is one of the high-performance and low-cost members of the AVR high-end microcontrollers developed by ATMEL. It is widely used in household appliance manufacturers and instrumentation industries. The SL-MEGA8 development kit developed by Guangzhou Shuanglong Electronics Co., Ltd. provides hardware and software modules to help users quickly get started and design prototypes suitable for their own projects.


Development and Application of ATmega8 - cover page
Brand
SL
Category
microcontrollers
Document type
User Manual
Language
Chinese
Pages
4
File format
PDF
File size
511 KB
Published
23 September, 2022
Updated
28 September, 2023
MD5 checksum
EC91C91053D93BE6AA4F4673F0B6348C

About this manual

The document introduces the SL SL-MEGA8 development board designed for the high-performance, low-cost AVR microcontroller ATmega8. It details the board's hardware architecture, including various functional modules such as I/O interfaces, clock configuration, LED displays, serial communication (UART), ADC/DAC converters, I2C, PS/2 keyboard, and RTC real-time clock.

The guide provides specific instructions on configuring the board's jumpers for different modes, such as selecting external or internal oscillators and enabling boot programming. It also lists several practical experiment examples included with the software modules, covering applications like LED driving, music synthesis, ADC/DAC conversion, I2C communication, PS/2 keyboard input, and RS232 serial data transmission. This manual is written in Chinese.

What's inside

  • Hardware Structure
  • Functional Modules
  • Clock Configuration
  • I/O Interface Usage
  • Serial Communication (UART)
  • ADC/DAC Conversion
  • I2C Communication
  • PS/2 Keyboard
  • RTC Real-Time Clock
  • Experiment Examples

Frequently asked questions

What is the SL-MEGA8 development board used for?

The SL-MEGA8 development board is designed to help users quickly learn and develop applications using the ATmega8 microcontroller.

What power voltage does the board generate for its internal circuitry?

The board produces a +5V DC source after rectifying and filtering an input of +9V.

Download PDF (511 KB)

More SL Manuals


View all SL manuals →