MIKROE-1625

Introduction

MIKROE-1625 is an evaluation board based on an 8-bit AVR processor. It is designed and developed by MikroElektronika, an innovative design house specializing in embedded electronics and automation systems. The MIKROE-1625 evaluation board comes with a robust set of integrated peripherals such as Programmable Logic Devices (PLDs), on-chip code protection and debugging software, as well as a powerful on-chip debugger. The evaluation board is suitable for a range of applications, from microcontroller-driven robots to embedded networked systems and beyond.

Applications

The MIKROE-1625 evaluation board can be used for a variety of applications, such as embedded networks, robotics, laboratory automation, and computer communications. It can also be used for high-level applications such as medical imaging, robotics, power monitoring, industrial controllers, and interactive media.

The evaluation board integrates a 8-bit AVR processor with a state-of-the-art PMC interface, a high-speed USB device port, LCD controller, Baud rate generator, LCD drivers, temperature sensor, and more. Its highly integrated and compact design makes it ideal for applications where space and cost are important factors. The board is also suitable for engineering and academic laboratories, where students can learn about the AVR processor and make use of its features and peripherals.

Working Principle

The MIKROE-1625 evaluation board operates on a simple concept - the user sends a request to the processor, and the processor executes its requested instruction or task. During operation, the microcontroller receives input data from the user via the USB port and subsequently processes the data into output signals. The output signals are then sent to the various modules or peripherals onboard the board. These modules can be analog or digital in nature, and can be used to control the operating parameters of the microcontroller.

Moreover, the board also features a comprehensive debugging environment which includes a built-in assembler and linker, an Integrated Debugging System (IDS), and the In System Programming (ISP) port. The ISP port allows the user to update the processor’s code without having to power down the board. The evaluation board also features a number of on-chip memory devices such as SRAM and flash, along with a secure bootloader and embedded bootloader. The secure bootloader and embedded bootloader allows the user to easily upgrade or change the firmware of the board.

Conclusion

In conclusion, the MIKROE-1625 evaluation board is a highly capable embedded platform which can be employed for a wide range of applications. Its rich set of integrated peripherals and debugging tools makes it an attractive choice for embedded system developers. The board is also suitable for engineering and academic purposes, making it an ideal choice for educational institutions as well.