XR17D152CM-0A-EVB

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Evaluation and Demonstration Boards and Kits are designed to evaluate and demo microcontroller boards. The XR17D152CM-0A-EVB is one of these kits, which contains a range of components to evaluate and demonstrate microcontroller and host communication-based system performance.

Overview

The XR17D152CM-0A-EVB is a development platform for testing and developing USB I/O solutions. It is capable of controlling up to 8 USB ports, utilizing 8 dual port buffers, with up to 2 transmit and 2 receive channels. This kit is designed to simulate an actual embedded system environment by enabling communication between the on-board components at a variety of speeds and protocols. This kit is an example of the miniaturization and flexibility of modern technology, in a kit weighing under 500 grams, by utilising standard components.

Applications

The XR17D152CM-0A-EVB is commonly used for applications such as USB I/O testing and development, embedded system development, and communication-based system testing. It is used in a variety of industries worldwide, such as automotive, medical, and consumer electronics. It provides an easy way to evaluate and learn embedded I/O system performance without any significant investment.

Working Principle

The XR17D152CM-0A-EVB utilizes a set of customized op-amps, which can be configured to provide buffering for the USB I/O signals. The kit also contains a range of external connectors and PCB boards for connecting to the USB I/O signals. The main components are connected to the microcontroller board by means of a set of bus lines. The microcontroller board runs the firmware code, which is used for transferring data, controlling the USB I/O drivers, and controlling the on-board devices.

The kit also contains a range of configuration options such as voltage level and current sensing, and an integrated 4-wire touch screen interface. The touch screen interface provides a quick and easy way for controlling the USB I/O devices. The XR17D152CM-0A-EVB kit supports a range of communication protocols, such as USB 1.1 and USB 2.0, as well as other serial interfaces and Ethernet protocols.

The kit also contains a USB I/O adapter, which is used for connecting the board directly to the host system. The USB I/O adapter contains a range of custom logic devices and buffers, which are used to perform data transfers between the board and the host system. It also contains a digital-to-analog converter, which is used to convert digital signals to analog output.

The XR17D152CM-0A-EVB kit is designed to be used with a range of different microcontroller boards. It is compatible with all standard embedded microcontroller boards, and is capable of running a variety of software applications for data logging, real-time event triggering, and remote monitoring.

Conclusion

The XR17D152CM-0A-EVB is an important tool that can be used for evaluating and demonstration microcontroller and host communication-based systems. It is used to simulate an actual embedded system environment and is capable of controlling up to 8 USB ports. The kit also contains a USB I/O adapter, a 4-wire touchscreen interface, and a range of configuration options. It is capable of running a range of software applications for logging data, triggering real-time events, and monitoring remotely. This kit is an example of modern technology and is an effective tool for developers and designers.

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