ISD-ES15100_USB

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Evaluation and demonstration boards and kits are designed for the purpose of enhancing the experiential understanding of microcontroller and embedded systems. As a popular example of such boards and kits, the ISD-ES15100_USB is designed to provide a comprehensive environment for understanding and using the technology through a variety of applications.

Purpose

Primarily, the ISD-ES15100_USB evaluation board and kit is designed for instructional purposes, allowing students and specialist to gain a greater understanding of microcontroller and embedded systems through practical applications. It is ideal for academia and industry alike, enhancing the capability of both existing and long-term projects.

Features

The main features of the ISD-ES15100_USB evaluation board include: an STM32F103VC Cortex-M3 microcontroller, a UART port, USB 2.0 ports, a dual UART/Can port, a Phoenix contact graphic LCD, two LEDs, a Buzzer, a Keypad, and two potentiometers. It is also equipped with an onboard debugger supporting 10-pin and 20-pin SE cables, different communication protocols, and a wide variety of library functions and peripheral libraries.

Applications

The ISD-ES15100_USB kit is equipped with a range of hardware and software for out-of-the-box use. Applications include but are not limited to: physical computing, embedded systems research and development, control systems, medical and industrial instrumentation, and power and energy applications. Students and specialist will also find the board useful in exploring, experimenting, and developing new solutions.

Working Principle

The main working principle of the ISD-ES15100_USB board is centered around its STM32F103VC Cortex-M3 microcontroller, which commands all other components. It is responsible for the processing of data and provides control signals to the I/O ports and integrated peripherals. The microcontroller is connected to the five I/O ports (UART, USB, dual UART/CAN, EEPROM, and Graphic LCD), two LEDs, a Buzzer, a Keypad, and two potentiometers.

In terms of physical computing, the board can be interfaced with external devices such as sensors, displays, and instruments, allowing for direct interaction with the environment. Most importantly, the ISD-ES15100_USB board can run its own application program (through an Off-line programming system) to allow the user to customize the board and programming for specific tasks and applications.

Conclusion

The ISD-ES15100_USB evaluation board and kit is an excellent tool for students and specialist to gain a greater understanding of microcontroller and embedded systems through practical applications. With its comprehensive environment, the board allows for direct interaction with the physical environment, creating an immersive learning and development experience. As a result, this board and kit serve as an invaluable resource for learning and honing skills related to embedded systems.

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