28017

Introduction

The 28017 evaluation board designed by Sensors is a powerful, versatile platform for next-generation industrial and embedded automation solutions. The board offers a wide range of features and capabilities, including an Arduino compatible microcontroller, an analog integrated circuit (IC), as well as a variety of analog and digital I/O. The board includes both high-speed DSP and control functions, providing a wide range of features and capabilities that make design and implementation of a variety of cost effective yet high performance industrial and embedded automation solutions easy and efficient.

Application Field and Working Principles

The 28017 evaluation board is an ideal platform for embedded and industrial automation solutions in a range of application fields. These include industrial automation, robotics, communications, medical systems, instrumentation, industrial control, and machine vision. The board is designed to be easily configured and programmed for a variety of applications, with the flexibility of on-board real-time operating systems and capabilities for both low-level hardware monitoring and control and high-level logic-level logic programming.

The 28017 evaluation board is based on an Arduino compatible Atmel ATmega128 MCU. It includes the ATmega128L 4KH microcontroller, PowerVR2 rendering engine, FPGA-like logic gates, analog input amplifier, DAC, multiple power route configurations, 12-bit Analog/Digital input/outputs, and two Firewire ports. The board allows for advanced logic programming, and can even be used to write firmware for embedded devices.

The 28017 evaluation board can be programmed in a variety of languages, including C and Assembler, and includes a wide range of development tools and software. It also features many built-in functions, such as digital and analog filters, SPI, I2C, real-time clock, EEPROM/Flash memory, and integrated debugging for easy and efficient development.

The 28017 evaluation board provides a number of features and capabilities that make it well-suited for industrial and embedded automation applications. In particular, it offers high operating speed and low power consumption, as well as a wide range of interfaces and functions. It also supports multiple microcontroller operating systems, allowing for the development of platform-independent applications.

Benefits

The 28017 evaluation board provides many advantages for developers. Its user-friendly features and functions make development effortless, and its powerful performance makes it the ideal platform for industrial and embedded automation solutions. It is also designed for scalability; developers can add RAM, ROM, and other peripherals to the board as needed for their specific application requirements.

The 28017 evaluation board is also extremely cost effective for developers. The price of the board is significantly lower than similar solutions, while still providing the features and capabilities needed for industrial and embedded automation applications. The board is also highly reliable and robust, with a wide range of integrated features and capabilities to ensure a successful implementation.

In addition, the 28017 evaluation board is compatible with a variety of APIs, libraries, and development tools, making it easy to integrate into existing systems and platforms. This allows developers to quickly develop and deploy new applications and solutions without requiring the purchase of any additional development hardware or software.

Conclusion

The 28017 evaluation board from Sensors is a powerful, versatile platform for industrial and embedded automation solutions. It offers a wide range of features and capabilities, with the flexibility of real-time operating systems and on-board I/O, making it easy and efficient to design and implement cost effective and high performance industrial and embedded automation applications. Its user-friendly features, powerful performance, scalability, and cost-effectiveness make it the ideal platform for a variety of industrial and embedded automation needs.