Microchip PIC18F16Q40 Curiosity Nano Evaluation Kit MCU Development Board EV70C97A

Microchip EV70C97A PIC18F16Q40 Curiosity Nano Evaluation Kit brings the power and flexibility of the PIC18F16Q40 microcontroller platform to developers, students, and embedded engineers requiring a compact, easy-to-use MCU development board for rapid prototyping and learning.

The EV70C97A board integrates the PIC18F16Q40 microcontroller, renowned for its performance, intelligent analog functions, and Core Independent Peripherals. With full support for MPLAB X IDE and Code Configurator tools, users gain access to intuitive, graphical configuration of peripherals and optimal setup for custom applications. The board includes a mechanical user switch, user LEDs (yellow and green, for status/power), and an on-board debugger, enabling real-time programming and debugging. Supporting adjustable target voltages from 1.8 to 5.5V (limited by USB input), the board is well-suited for a range of embedded application voltage requirements and is powered efficiently through USB.

Features the PIC18F16Q40 microcontroller for advanced analog and digital applications. Includes integrated on-board debugger for seamless programming and debugging tasks. Supports MPLAB X IDE and MPLAB Code Configurator for easy configuration and development.

Offers adjustable target voltage from 1.8V to 5.5V, powered via USB. Mechanical user switch and yellow user LED facilitate rapid prototyping and hardware testing. Virtual serial port (CDC) and logic analyser channel available for interactive projects.

Compact design with Microchip board identification in MPLAB X environment.

This board is RoHS compliant, meets modern technical and environmental standards, and includes an MIC5353 LDO regulator managed by the on-board debugger, offering a maximum output current of 500 mA. The virtual serial port and logic analysis channel extend the board's practicality for communication and signal tracing purposes.

Ideal usage scenarios include embedded system prototyping, MCU experiments in academic settings, industrial automation proof-of-concept development, commercial device firmware programming, and laboratory set-up for STEM education. Its diagnostic LEDs and user switch make it especially convenient for hardware validation and hands-on experimentation.

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