FEB154

FEB154 Evaluation and Demonstration Board and kits are ideal for learning about the applications and working principles behind the devices.

The FEB154 is a low cost, easy to use embedded board designed to quickly evaluate the basic functionality of various digital and analog devices. It is a versatile platform that allows for quick development of customized systems for use in data acquisition, motor control, robotics, embedded control, navigation, and more.

The FEB154 board features a low power, 200MHz ARM Cortex-M4 CPU, STM32F40X2 microcontroller, 16Kb SRAM, and 8Mb NOR Flash memory. It also includes 20 GPIO pins and is compatible with a variety of development tools, such as the STM32 Cube.

The board contains three distinct “areas” denoted as "A", "B" and "C". It includes two push-button switches, one reset switch, one user LED, and two motor control ports for connecting external motors. This allows for experimentation with capabilities such as speed and direction control of DC motors, stepper motor control, and robotic control.

The FEB154 kit also includes an extensive library of drivers and examples which can be used to simplify the process of setting up and programming devices as well as enable quick and efficient evaluation of their basic functionality.

The primary applications for the FEB154 board and kit include controller design, embedded control, evaluation of sensors, data-logging and monitoring, motor control and motion control. It is also ideal for development and prototyping work.

In addition, the FEB154 can be used for educational purposes. It can help students learn about the working principles behind digital and analog devices as well as understand how to interface them. For example, students can use the board to explore the basics of digital logic circuits, design and program a small controller, and investigate communication protocols such as SPI/I2C.

Overall, the FEB154 evaluation and demonstration board and kit are a great resource for embedded developers and students alike. They offer a low-cost, easy-to-use platform for quickly evaluating devices and understanding their working principles.