MAX9060EVKIT+

Evaluation and Demonstration Boards and Kits are a type of development platforms designed for microcontroller-based applications. MAX9060EVKIT+ is a complete and versatile board-level evaluator and demonstration kits used for design and evaluation for various types of embedded microcontroller systems. This powerful board provides a comprehensive set of evaluation and demonstration features, making it suitable for a wide range of applications.

The MAX9060EVKIT+ board is built with an Atmel ATmega1284P embedded microcontroller. It is a 40 pin 8-bit microcontroller with superior performance compared to the Atmel AVR-ATmega328P and AVR-ATmega2560 microcontrollers. The MAX9060EVKIT+ board also features a motor driver, a USB port, a 5V and 3.3V regulator, a real-time clock-calendar (RTC), an analog to digital converter (ADC), a Pulse width modulation (PWM), and a pulse counter (PC). The MAX9060EVKIT+ board also provides a comprehensive set of connectors for building basic and advanced applications with multiple expansion boards.

The main purpose of the MAX9060EVKIT+ board is to provide engineers an easy and cost effective way to evaluate the performances of various embedded microcontroller based systems. The board is designed to ease the process of testing and debugging by providing real-time feedback on the microcontroller operation. The board enables the engineers to obtain the desired parameter results quickly and conveniently.

The MAX9060EVKIT+ board features a wide range of application fields. It is suitable for various embedded system including automation, robotics, industrial control, automotive, medical and security systems. The board provides the following features to support these applications.

With the MAX9060EVKIT+ board, system designers can easily set-up and control motors, sensors, relays and LCD displays for industrial or automotive applications. The board provides integrated motor driver IC, and pulse counter with real-time feedback. Motors can be driven in both forward and reverse directions with variable speed control. The pulse counter can be used to monitor the speed of the motor, and also provides speed feedback for position control.

The MAX9060EVKIT+ board also supports a variety of analog input devices, such as temperature sensors, force sensors, humidity sensors etc. With its built-in Analog to Digital Converter (ADC), the board can easily make conversions between analog and digital signals. The ADC module can be used to measure the DC voltage of individual components, which helps in troubleshooting and debugging of the system.

The MAX9060EVKIT+ board also features a real-time clock-calendar (RTC), which is used to set alarms, to control event triggers, or to display the current time. The board has a USB port for connecting to a PC, or for powering the board with an external USB power supply. It also provides a 5V and 3.3V regulator for powering the board circuit from a wall outlet.

The MAX9060EVKIT+ board is designed to be used with an Atmel ATmega1284P-based microcontroller. The board features five programmable hardware modules including a motor driver, a real-time clock-calendar (RTC), an analog to digital converter (ADC), a pulse width modulation (PWM), and a pulse counter (PC). The board provides the ideal platform for testing and evaluating microcontroller-based embedded systems, making it suitable for a wide range of applications.