XR16L651CM-0A-EVB

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Evaluation and Demonstration Boards and Kits

The XR16L651CM-0A-EVB is a compact, multi-purpose development board designed specifically for evaluating the performance and features of the XR16L651CM-0A chip, the latest member of the XR16L651 multiple-chip module family from Microchip Technology. The XR16L651CM-0A-EVB also allows the user to rapidly prototype and develop their own solutions using the XR16L651 CM-0A chip.

Introduction

The XR16L651CM-0A-EVB is an evaluation and demonstration board based upon the XR16L651CM-0A chip. It is a single-board solution for evaluating and prototyping applications for the XR16L651 CM-0A. The board is built around the XR16L651CM-0A-EVB Development Board, which includes an MCU, external memory SRAM, Flash, multiple buttons, switches, LEDs and other peripherals such as the PIC/AVR/MH624/MECD/C ADC or DAC.

Application Fields

The XR16L651CM-0A-EVB is an ideal development platform for multiple applications, including industrial control, data acquisition, automotive and medical systems, and home/building automation. It can also be used for prototyping embedded system solutions and can interface with and act as a slave module to other higher-level systems.

Key Features

This evaluation board features the Microchip XR16L651 CM-0A chip and includes a variety of on-board support components and peripherals. It has two USB-type programming ports and 10-pin header connectors for the data acquisition, serial communications, and PIC/AVR/MH/MECD/CAD interfaces.

• On Board XR16L651 CM-0A
• 5V/3.3V selectable power supply
• On board SRAM and Flash
• 10-pin header connectors for peripheral devices
• On board LEDs – Power, Reset, SRAM and Flash status
• Two USB-type programming ports
• 9V DC power supply Input

Working principle

The XR16L651CM-0A-EVB board provides a complete hardware development platform with a range of specific features, including on-board memory, digital I/O, analog interface, programming and debugging ports, etc. It has a built-in configuration parameter editor, allowing the user to configure various parameters of the XR16L651 CM-0A chip, such as the clock speed, operating voltage, etc. It also comes with a comprehensive set of software development tools, including a debugger, a C compiler, real-time event simulator, and other code libraries to rapidly create applications.

The XR16L651CM-0A-EVB development platform can be used to communicate with other devices or higher-level systems, utilizing either USB or RS232 serial communication. The XR16L651CM-0A-EVB can be programmed via JTAG or In-System Programming and Debugging port. The board also supports a wide range of data acquisition and control peripherals, for example, relays, current sensors, temperature sensors, humidity sensors, transducers, encoders, etc.

Conclusion

The XR16L651CM-0A-EVB is a complete development platform with an extensive set of features providing everything necessary to develop the applications based on the XR16L651CM-0A chip. With its compact and versatile design, powerful performance and high-level of integration, the XR16L651CM-0A-EVB provides a rapid and easy solution for prototyping, development and implementation of various systems.

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