ATMEL AVR ATMEGA16L Microcontroller Development

Board kit -

EasyAVR M16 SK

Introduction:

EasyAVR M16 SK is a system produce by AVRVi for AVR study and product development, Rich in resources, JTAGICE emulator and ISP downloader on board, it's a perfect tool for your AVR mcu study.

EasyAVR M16 SK User guide:

EasyAVR-atmega16-SK -user-guide.pdf ATmega16 ATmega32 development board kit

What's on the board?

1. 5V power supply interface, input 7~9V with

inside positive

2. On-board AVR JTAG ICE USB interface

3. On-board AVR ISP USB interface

4. Atmega16 chip, rich on-chip resource

5. USB1.1 communication interface

6. RS232 serial communication interface

7. RS485 communication interface

8. 8 separate keys

9. 4in1 7-segment LED display derived by

HC595

10. 8 separate LED

11. 1 active buzzer also can be accessed by

passive buzzer

12. Real-time clock PCF8563

13. 1 IIC bus EEPROM AT24c01

14. 1-wire single bus

15. Crystal oscillator and reset circuit

16. Optional active crystal oscillator circuit

17. AD voltage adjustment potentiometer

18. Potentiometer voltage reference and voltage

under test adjust

19. 4 8-bit DIP switches

20. 32Pin MCU pins marking all the external

terminal

21. 12864 LCD Interface

22. 1602 LCD Interface

23. Standard nylon terminal block KF396

24. Transparent non-slip silicone pad

Features:

The following

key features have been implemented:

JTAG ISP 2in1 On-board, you need not use other JTAG or ISP tool.

ATmega16 onboard

ATmega16A Features:

High-performance, Low-power AVR 8-bit Microcontroller

131 Powerful Instructions

32 x 8 General Purpose Working Register

Fully Static Operation

Up to 16 MIPS Throughput at 16 MHz

Model: M16

On-chip 2-cycle Multiplied

16K Bytes of In-System Self-programmable Flash program memory

512 Bytes EEPROM

1K Byte Internal SRAM

8 LEDs and a 7 segment led on-board

2 RS-232 and RS485 communication port

IIC E2PROM AT24C01

LMV358 Signal conditioning circuit

PCF8563 real time chip

1 Beeper

LCD12864/1602/12232 connector

English user guide Contents

EasyAVR M16 SK 3in1 instruction 1

1. Product introduction 4

1.1 Introduction 4

1.2 Significant features 4

1.3 On-board resource list 4

1.4 System requirements 5

2. System self-test 5

2.1 Checkup list of articles 5

2.2 Quick Start 5

2.3 System self-test process 6

3. Configuration DIP switches and jumpers 8

4. Driver Install 11

5. Software Install 12

5.1 Install ICCAVR 12

5.2 Install AVRstudio 13

6. Use on-board STK500 ISP for program 13

6.1 Connect hardware 13

6.2 Use AVRstudio ISP download 14

6.3 Use ICCAVR ISP download 15

7. Use JTAG for program 17

8. Use JTAG for emulation 18

9. Hardware resource 20

9.1 On-board AVR JTAG ISP 2in1 20

9.2 Power Supply 21

9.3 Atmega16 chip 22

9.4 8 separate LED 22

9.5 8 separate keys 23

9.6 Crystal oscillator and reset 23

9.7 7-segment LED display 24

9.8 USB1.1 communication interface 25

9.9 RS232 serial communication port 25

9.10 RS485 communication interface 26

9.11 18B20 and single bus 26

9.12 AD voltage adjustment potentiometer 27

9.13 PWM output 27

9.14 Real-time clock PCF8563 28

9.15 IIC bus EEPROM AT24c01 28

9.16 One active passive buzzer 28

9.17 LM358 signal conditioning 29

9.18 32Pin MCU external terminal 29

9.19 1602 LCD interface 30

9.20 12864 LCD interface 31

10. Material resources 32

10.1 CD content 32

10.2 Experimental contents 33

10.3 Expand board available 35

11. Service and support 36

Made in China

Separate keys

Key is the most basic human in put interface commonly used to switch function in equipment. Essy AVR M16 is designed eight separate KEY, connected to the PA port, and through the SW2 KEY-EN to control whether to connect to GND.

communications accuracy (such as RS232 communication), often using an external crystal oscillator, the developmentboard designed with regular crystal interface and the sctivecrystal interface the default plugs 7.3728M crystal if needed the customers can colder their own active crystal .Standard RCcircuit reset with buttons down reset pin voltage.

Instruction

Segment LED display7-segment LED display is commonly used in human-computer display device commonaly used in digital display on devicehere through the SPI driver in order to save 10 part bit selection connect to PB0123 code selection through the SPI connectPB4567 sw4(2) enable