LM8500-REF-01

Evaluation and Demonstration Boards and Kits are a great way for engineering and development teams to quickly understand the performance and features of a new product or technology. LM8500-REF-01 is an example of such a board that illustrates the features and capabilities of a certain type of microcontroller. This article serves to provide an introduction to LM8500-REF-01, discuss its application field and working principle.

Introduction to LM8500-REF-01

LM8500-REF-01 is a reference board developed by laser maker for custom applications. It is designed for use with the two most popular microcontroller families, the LM-S and LMB microcontroller families. It provides an advanced and integrated development platform that can be used by project teams to quickly evaluate the features and performance of the two processor families.

LM8500-REF-01 is powered by a standard 5V DC power supply and includes a number of features and components such as LED display, LCD display, 3-axis joystick, I/O port, SD memory card connector, USB port, potentiometer, IR transmitter, PIC I/O ports, RS-232 serial port, etc. It also provides a range of drivers and source code to support embedded development.

Application Field of LM8500-REF-01

LM8500-REF-01 is suitable for applications requiring accurate I/O interaction, precise data acquisition, and robust communication solutions. It is suited for industrial applications such as embedded power controllers, medical instrumentation, radio Frequency Identification (RFID) readers, and robotic vehicular systems.

The board is also suitable for home applications such as home automation systems, digital entertainment systems, energy management systems, and sensor networks. Its features and components also allow for the easy design of consumer products such as remote controls, security systems, and gaming consoles.

Working Principle of LM8500-REF-01

LM8500-REF-01 is comprised of two separate microcontrollers. The first is the LM-S, which is a powerful 32-bit microcontroller designed for applications requiring larger resources and better performance than the second microcontroller, the LMB.

The LM-S microcontroller is responsible for managing and controlling all of the I/O data from the various components, such as the LED display, 3-axis joystick, I/O port, USB port, potentiometer, IR transmitter, and PIC I/O ports. It processes and acts upon all of this data according to the instructions it receives from the LMB microcontroller. The LMB microcontroller acts as the main processor and controls all of the operations and communication occurring on the board.

The LM8500-REF-01 also contains built-in drivers for the various components mentioned above. These drivers make it possible for developers to quickly and easily configure any one of the components connected to the board. Without the drivers, developers would have to write custom code for each component to interact with the two microcontrollers, a process which would consume a lot of time and resources.

Conclusion

LM8500-REF-01 is a great tool for embedded developers and engineering teams wanting to quickly evaluate and learn the features and performance of two of the most popular microcontroller families in the industry. The board contains a variety of components and features, and incorporates built-in drivers for easy configuration and use. It is suitable for industrial as well as home applications, and its two microcontrollers ensure that it can handle any type of I/O data.