EPC9085

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

Evaluation and demonstration boards and kits are becoming increasingly beneficial to engineers and students alike, as they provide an ideal way to quickly evaluate various integrated circuits without the need for specialized knowledge or costly development tools. The EPC9085 Application Field and Working Principle is one example of such a board, as it simplifies development of a range of applications while providing a reliable platform for executing experiments and testing procedures.

The EPC9085 is a 32-bit 16-bit general purpose microcontroller designed by Elemental Technologies to provide a simple to use, low-cost board for development and evaluation of a wide range of applications. The board features an array of on-board IO, including a 10-kbit EEPROM, an on-board debugger, power supplies, and a large array of GPIO lines. The board also includes an on-board voltage regulator to ensure reliable operation in various environmental conditions. The EPC9085 features an Advanced RISC Machine (ARM) core, with a claimed throughput of up to 1-MHz instruction/second.

The board is a great tool for quickly prototyping circuits or applications, as it provides a wide range of support for various peripherals and on-board components. For example, the board supports USB communication, which makes it a great tool for incorporating USB standard host/slave functionality into a design. Additionally, the board features an on-board CAN controller, allowing for easy communication with other CAN-enabled devices. Other on-board peripherals include UARTs, LCD Controllers, EEPROMs, 4-bit general-purpose I/O ports, and a range of other components.

The EPC9085 board features a range of operating modes that allow users to quickly evaluate its performance. For instance, users can select from a single-user mode, real-time mode, and multi-task mode to quickly evaluate specific areas of application. In single-user mode, users can quickly evaluate the board’s core features and capabilities, while in real-time mode, users can view the board’s performance in various scenarios, such as driving an external device. In multi-task mode, users can test how the board behaves under load, such as when multiple tasks are being executed concurrently.

The board also features its own onboard operating system, called the EPCOS. This provides a range of features, including a debugger, Emitter, and Operating System Management Tool (OSMT). The debugger is used to help identify code errors, while the Emitter allows for easy project and control configuration. The OSMT allows users to monitor applications and debug while they are running.

In addition to providing a convenient method for evaluating the board’s performance, the EPC9085 is also an excellent companion for educational projects. Through its powerful combination of on-board peripherals, powerful core, and intuitive tools, the board can easily become the foundation of a range of projects designed to help teach students about the principles of microcontroller design. Additionally, the board can also be used to quickly prototype and evaluate experimental circuits or applications.

The EPC9085 Application Field and Working Principle is a great example of how Evaluation and demonstration boards and kits can provide the flexibility and convenience of quickly prototyping and evaluating application ideas. Its array of on-board peripherals, powerful core, and intuitive tools make it an ideal platform for efficiently developing a wide range of solutions, from mobile, industrial, consumer electronics, and automotive applications, among others. Additionally, the board’s low cost and flexible operation make it an ideal solution for testing and training, as well as teaching electronic design basics.

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