EASY 6996FC

Evaluation and Demonstration Boards and Kits are designed to help evaluate complex functions and features in a short amount of time. The EASY 6996FC functions as an evaluation and demonstration board and kit, and it is designed to demonstrate the application fields and working principles of a new microcontroller. It includes various inputs and outputs for a wide range of experience, along with the ability to develop new applications.

The EASY 6996FC development board contains all the necessary components needed to start the evaluation, which includes switches, LEDs, and a serial port. The onboard onboard firmware simulator is designed specifically to simulate user-defined programs, while the on-board serial port allows for multi-processor communications. Additionally, the EASY 6996FC board has expansion sockets which can be used for expansion modules such as temperature sensors, humidity sensors, and motion sensors.

The EASY 6996FC also contains an on board analogue-to-digital (A/D) converter to read analog signals. The analogue-to-digital converter allows the EASY 6996FC board to transform analogue signals to digital output, which provides the ability to read analog output signals from various components such as temperature and pressure sensors. The on board RS-232 port is also used to control the A/D converter and to send data from the A/D converter to a host microprocessor.

The EASY 6996FC supports a wide range of microcontrollers, including ARM Cortex-M3, AVR, and 8051. The features of the board include 8-bit and 16-bit MCU logic, built-in protection circuitry, and 8-bit and 16-bit timer interfaces. The EASY 6996FC also includes various application-specific functions such as RS-232 and SPI communications, UART serial interface, I2C and USB communication, and PWM output. The board can also be used to debug I/O devices.

Overall, the EASY 6996FC is an effective evaluation and demonstration board and kit. It provides all the essential components to start the evaluation and programming of any microcontroller. It is also able to simulate user-defined programs on its onboard hardware simulator. Its different input and outputs, along with the expansion sockets, allow for a wide range user workflows and ultimately the development of new applications.