AT89STK-06

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Evaluation Boards - Embedded - MCU, DSP help users and businesses assess different electronics and microcontrollers for their applications. AT89STK-06, from Atmel Corporation, is one such evaluation board for microcontrollers. It is an excellent choice for learning the fundamentals and advanced concepts of Atmel\'s microcontrollers that are based on 8-bit AVR core.

AT89STK-06 helps users to quickly evaluate and develop new products. It provides a platform for testing and verification of applications featuring Atmel\'s AVR 8-bit microcontrollers. This platform supports advanced peripherals in many applications, including robotics, automotive, Smart Energy, medical, and more.

AT89STK-06 Application Fields

AT89STK-06 enables users to evaluate Atmel’s AVR 8-bit microcontrollers with advanced peripherals, making it suitable for a wide variety of application fields including:

• Robotics: It supports many useful peripherals and features that bring intelligence to robotic systems, including motor control, infrared, and temperature sensing.
• Automotive: It helps users to develop systems with comfort functions such as driver assistance, navigation, and telematics.
• Smart Energy: It is used to implement energy saving applications like LED lighting, power monitoring, and smart metering.
• Medical: Ideal for developing medical equipment with features like physiological sensing and actuation.

AT89STK-06 Working Principle

The AT89STK-06 provides an affordable and easy to use system for evaluating the features and functions of AT89 series micro-controllers. This platform is based on the AVR 8-bit microcontroller core and provides an integrated development environment that includes an on-board debugger. The platform consists of the 8-bit microcontroller (MCU) with its peripherals, integrated development environment (IDE), and debugger.

The MCU, which is the most important component of the AT89STK-06, is based on the AVR 8-bit core. It contains several peripherals including memory, serial port, timer, and input/output modules, and is connected to the board’s external interfaces. The integrated development environment (IDE) allows users to develop and debug codes for the MCU. It also helps to write efficient programs and quickly verify hardware results.

The debugger part of the AT89STK-06 can connect to the MCU through the on-board debug connector. It is used to monitor and control program execution on the board. The debugger includes remote commands for setting breakpoints, register and memory monitoring, and code tracing. In addition, the debugger provides an on-chip emulation system, which can be used to debug the hardware as well as the software.

The AT89STK-06 also contains several other peripheral components. These include two potentiometers, eight LEDs, two buttons, and a seven-segment display. These components can be used to conveniently test functionality of microcontroller projects.

Conclusion

AT89STK-06 is a powerful platform for evaluating Atmel’s 8-bit microcontroller family. It provides an integrated development environment, debugger, and several peripheral components to quickly evaluate and develop applications for various markets and applications. This makes it an excellent choice for learning the fundamentals and advanced concepts of Atmel’s 8-bit microcontrollers.

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