ISD-COB1916

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 ISD-COB1916 is an advanced evaluation and demonstration board and kit designed for embedded control applications. It features a highly integrated design with a wide range of peripherals, including a low-power ARM Cortex-M4 processor, multiple digital Input/Output (I/O) ports, a CAN interface, and a variety of timers and counters. The board has an onboard prototype area for circuit-level design and debugging. The on-board debugging interface provides access to the ARM MCU and allows for full code-debugging capability, making it an ideal solution for both embedded control applications and for quickly prototyping and testing innovative ideas and solutions.

The ISD-COB1916 has a flexible architecture that allows for rapid application development. It incorporates a wide range of peripheral devices, including LCD, USB, UART, GPIO, Timers, and CAN interfaces, allowing users to combine the features needed for their particular applications. The kit also includes a variety of software libraries and example programs that make it easy to quickly program and customize the board for their applications. The kit also includes a range of oscilloscopes, signal generators, and logic analyzers to facilitate testing and debugging.

In addition, the board is capable of self-testing the application by installing a suite of built-in test functions, allowing users to ensure the stability and functionality of their designs before deployment. This feature makes it suitable for both research and design applications. Furthermore, the board can easily be adapted to a wide range of design problems, thanks to the on-board I/O ports and a range of expansion modules, such as an EEPROM and a voltage regulator.

The working principle of ISD-COB1916 is based on the ARM® Cortex-M4 processor. The board includes both static memories and dynamic memories with the ability to access both data and instruction memory. A pull-up resistor is used to secure the microprocessor from voltage bumps while a watch-dog is used for system monitoring and resetting. The Cortex-M4 processor is capable of 35MHz processing speed which is multiple times higher than the Cortex-M3 processor. It is also compatible with many functional modules, making it a good fit for many applications.

The board also includes an I/O subsystem comprising digital I/O ports, CAN interface, GPIO and UART interfaces, as well as the on-board debug interface that allows code debugging. This setup provides the connectivity needed to interface with external sensors and peripheral devices, integrating them to the embedded system. The board also includes an integrated USB high-speed UART peripheral, which can be used to download and debug code on the application.

The ISD-COB1916 also includes an LCD display which is used to show information such as the status of operations, and system errors. This display can be configured to output various types of data such as numeric, graphical, or textual data. The data can be read from the display using a separate logic analyzer or from the application code. Furthermore, analog signals can be converted to digital signals for analysis using the signal processing circuits integrated on the board.

The board comes with a wide range of software libraries and example programs, which make it quick and easy to develop and customize applications for the embedded system. Additionally, the board provides support for communication protocols such as CAN and UART, allowing for the integration of external devices and sensors into the embedded system. The board is also capable of self-testing through the use of built-in test functions, which allows users to ensure the stability and functionality of their design before deploying it.

In conclusion, the ISD-COB1916 evaluation and demonstration board and kit is a powerful and highly integrated tool for embedded control applications. It provides all the necessary hardware and software tools needed to quickly prototype and test new ideas, making it suitable for research and design applications. Additionally, its flexibility and capability to test its own functionality make it a great choice for embedded control applications.

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