C8051F350-TB-K

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The C8051F350-TB-K is a unique evaluation board that embeds a micro-controller for a variety of applications in various fields. This embedded microcontroller offers a wide range of functions and features a comprehensive suite of development tools to make project development and debugging easier.

Overview

The C8051F350-TB-K evaluation board comes with an 8051 core-based micro-controller that is fully programmable and can be used for a vast range of applications. The embedded micro-controller typically combines with a variety of peripherals, such as memory, analog-to-digital converter, timer and serial communication interface. In order to provide users with added flexibility, the C8051F350-TB-K offers on-board programmable power selection in four levels – high, medium, low and ultra-low current.

Features and Benefits

The C8051F350-TB-K evaluation board features a complete system-on-chip (SOC) architecture which includes a power selection controller, analog-to-digital converter and a full-speed USB 2.0 controller. The board also includes general-purpose digital input/output (GPIO) ports, 16-bit digital-to-analog converters and four pwm outputs. This allows users to configure and control a wide variety of devices in the field through their electrical signals.

A major advantage of this evaluation board is that it supports a broad range of development tools, such as Eclipse IDE, GNU GCC toolchain and C compiler. This allows users to start their project in the environment that is most suitable for them. Moreover, the board also supports a wide range of debugging options such as in-circuit debugger (ICD), trace buffer and host-to-device communications.

Working Principle

The C8051F350-TB-K evaluation board typically comes with an 8051-based microcontroller which is the main component used to control the board. This microcontroller is responsible for controlling the board’s motors, servos, and other peripherals through various analog and digital signals. For instance, it can be used to monitor and control temperature, humidity, pressure, and many other parameters.

The microcontroller is usually coupled with a variety of other peripherals, such as memory, analog-to-digital converter, timer and serial communication interface. These peripherals can be programmed to communicate with similar external devices, allowing for a variety of sensing and control functions to be performed.

Applications

The C8051F350-TB-K evaluation board is suitable for a wide range of applications where automated sensing and control is required. This includes areas such as industrial automation, consumer appliances, and medical equipments. Moreover, the board is also an ideal platform for developing embedded control systems or part of a larger system architecture.

For instance, the board can be used for designing a data logging device that can be used to measure and log temperature, humidity and other parameters over extended periods of time. Other applications include robotics, home automation, metric measurement and analysis.

The C8051F350-TB-K evaluation board provides users with a comprehensive set of development and debugging tools, which make it suitable for both experienced and novice users alike. These features make the board a versatile platform for creating automated systems for a wide range of applications.

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