DK-LM3S301

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The DK-LM3S301 is an evaluation board that combines the LM3S301 microcontroller with a limited support package to create an ideal tool for evaluation, development, and implementation of device applications. This board can be used for developing programs to control single and multi-core microcontrollers and for assessing development strategies. This mini development board is ideal for product evaluation, solutions testing, and equipment debugging.

Features of the DK-LM3S301

The main features of the DK-LM3S301 are as follows:

• The board-level component includes a CPU module with 256 KB memory, 10,000 MIPS, 1 MB flash memory, and 32 KB of SRAM.
• Peripherals include four USARTs, four SPI or I2C units, and two CAN channels.
• Two 10/100 Base-T Ethernet ports are available with pre-installed software.
• It supports 2.4 GHz as well as 1.575 GHz Bluetooth and GMSK/FSK communication.
• The board is powered by 2.5V ~ 6V dc power, and is designed for industrial temperature range.
• The board offers 128 GPIOs.
• The on-board debug adapter is compatible with the industry-standard ICE (in-circuit emulation) interface.

Application Field and Working Principle of DK-LM3S301

The DK-LM3S301 board is a perfect tool for developing and evaluating various applications such as automatic control systems, embedded systems, Internet of Things (IoT) devices, industrial automation, and security and safety systems. The board is ideal for developing designs that require connectivity to a host PC, such as connected lighting devices, smart home appliances, electronic toys, and many others.

The DK-LM3S301 board works by depending on a computer to load the program code and move it from the computer memory to the board\'s RAM. Once the board is powered up, the code will be continuously executed from the RAM. The program can be debugged using the debug adapter of the DK-LM3S301. The debug adapters can be connected to the PC via the USB port, in order to access the system components. The debug adapter features a high-speed on-chip emulation, which can be used to evaluate and debug the program code from within a few minutes.

The on-board debug adapter of the DK-LM3S301 can also be used to validate the code and the hardware design in the circuit. The on-board debug adapter can be connected to the PC, allowing the user to monitor the program code and the internal components of the board. This allows the user to quickly identify and troubleshoot software problems related to the program code or the hardware design of the board.

Example of DK-LM3S301 Application

The DK-LM3S301 board can be used in many applications, such as robotic applications, automated home appliances, remote monitoring, and machine control. For example, it can be used for robotic applications to control the speed and direction of the robot with precision. The DK-LM3S301 board can also be used for automated home appliances such as air conditioners, dishwashers, and washing machines.

The DK-LM3S301 board can also be used for remote monitoring applications such as monitoring the temperature or humidity of an area. The board can be used to control and monitor machines, especially in the manufacturing industry. This includes controlling machines for production line procedures, packing and stacking machines, and even automated assembly lines.

The DK-LM3S301 board can be used in many other applications such as medical sensors, signal processing, water management, and communications. The board can be used to build an embedded system for data acquisition and wireless communication applications.

Conclusion

The DK-LM3S301 board provides a comprehensive solution for developing and evaluating various applications with its combination of on-board memory, peripherals, and debug adapter. This board is ideal for product evaluation and development of embedded systems. The board provides a highly flexible, low-cost and robust solution for many applications, such as robotics, automated home appliances, machine control, medical sensors, signal processing, and wireless communication applications.

The specific data is subject to PDF, and the above content is for reference