AT88CK101SK-RBH

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Evaluation and Demonstration Boards and Kits provide an avenue for integrated circuit and other circuit component testing. The AT88CK101SK-RBH is an example of such a board designed to meet the needs of embedded and IoT applications. The board allows designers to implement and test the functionality of the AT88CK101 microcontroller. This article provides an overview of the AT88CK101SK-RBH board, its main application, as well as its working principle.

AT88CK101SK-RBH Overview

The AT88CK101SK-RBH is a rapid prototyping platform for the AT88CK101 microcontroller. It provides headers for JTAG interface, power supply, and debugging. It also provides headers for expansion boards and support modules to enable easy development.

The AT88CK101SK-RBH is powered by a DC adapter or LiPo battery and is equipped with an on-board USB-UART converter. The board also offers various connectors for extensibility, and it comes with four LED indicators and a button for user input. It also includes an Atmel QTouch®touch panel.

The board is compatible with various versions of the AT88CK101 such as the AT88CK101P, AT88CK101A, AT88CK101L and AT88CK101U.

AT88CK101SK-RBH application field

The AT88CK101SK-RBH can be used for various embedded projects requiring a simple, yet powerful microcontroller. The board is ideal for projects such as IoT, embedded controllers, smart home and industrial applications.

The board is well suited for IoT applications due to its rich feature set, which includes 16-bit RISC processor, low power consumption, cryptographic authentication and encryption, as well as a full-speed USB interface.

The AT88CK101SK-RBH is also ideal for embedded control applications due to its embedded Atmel® QTouch® touch panel, LCD driver and watchdog timer.

AT88CK101SK-RBH working principle

The AT88CK101SK-RBH board operates on a 16-bit RISC processor. It uses the Atmel® QTouch® touch panel as its main user interface. The onboard USB-UART converter is used to connect the board to a PC for in-circuit programming, debugging, and debugging.

The board also includes a JTAG interface for programming and debugging. It also has a set of GPIOs (general purpose input/output pins) for connecting to external devices. The board enables developers to quickly and easily integrate the AT88CK101 microcontroller into their projects.

The board comes with a versatile onboard ATAVRISP-MKII programmer and debugger for in-circuit programming. The programmer also allows developers to program the AT88CK101 without having to remove the board from the circuit.

Conclusion

The AT88CK101SK-RBH Evaluation and Demonstration Board and Kit offers a versatile platform for quickly and easily integrating the AT88CK101 microcontroller into embedded applications. The board is designed for use in IoT, embedded controllers, smart home, and industrial control projects. The board’s features include a 16-bit RISC processor, low power consumption, cryptographic authentication and encryption, and a full-speed USB interface. It also comes with a set of GPIOs and a versatile onboard ATAVRISP-MKII programmer and debugger for in-circuit programming.

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