KITSTARTER2EVM Development Boards, Kits, Programmers

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Evaluation boards are an increasingly important tool for many electronics engineers in today’s world. They provide the means for electronics engineers to quickly and easily test and evaluate a variety of components, such as integrated circuits, solid state relays, signal amplifiers, power transistors, and embedded micro-controllers. The KITSTARTER2EVM evaluation board is one such evaluation board that provides designers with a comprehensive platform to facilitate the use of a wide array of sensors, from inertial sensors to environmental sensors. The board is designed to allow users to quickly develop electronics prototypes using sensors in real-world scenarios.

The KITSTARTER2EVM is a versatile, multi-function system designed for evaluating a variety of sensors, providing users with the ability to apply a host of sensor types to their design. The board features a range of sensing applications including, but not limited to, pressure, motion, temperature, humidity, and light, making it an ideal choice for a plethora of sensing projects. It also provides a rich set of interfaces in the form of headers and jumpers, allowing engineers to quickly and easily integrate different types of sensors into their projects.

The KITSTARTER2EVM evaluation board comes with an array of powerful features, such as a versatile high-performance 32-bit ARM Cortex-M3 processor, a real-time clock, I2Cbus, and a USB interface. It supports a wide range of sensors, including various accelerometers, temperature, light sensors, as well as environmental sensors such as relative humidity and air quality. It also boasts a range of extras such as an internal RAM memory and an integrated power selector switch to power different types of sensors.

The KITSTARTER2EVM evaluation board is based on the Atmel SAME70 microcontroller, a high-speed 32bit ARM Cortex-M3 processor. It is built with an 8-bit RISC architecture that can accommodate any compatible software development environment like Atmel Studio 6.2, IAR Embedded Workbench, or Keil µVision. It has a maximum clock speed of 84MHz and 32KB RAM memory for Buffered Data. These features enable the KITSTARTER2EVM to support a wide range of customization options for a variety of applications.

The KITSTARTER2EVM evaluation board works by connecting any compatible sensor with a low-level interface, such as I2C or SPI, to the microcontroller. The sensing data from the sensor is then read by the processor and stored in its internal memory. Additionally, the KITSTARTER2EVM offers a range of features such as an on-board debugger, LCD display, and other I/O, allowing the user to control and monitor their projects conveniently. From there, the processor can then use the data it has collected to display relevant information on the LCD display or transmit it to an external computer for advanced analysis of the collected data.

In conclusion, the KITSTARTER2EVM evaluation board is an incredibly useful tool for those in the field of embedded electronics engineering. With its wide range of sensing applications, powerful features, and easy-to-use design, it provides a comprehensive platform for designers to easily integrate and evaluate a variety of different types of sensors in real-world scenarios. Whether the user is developing a prototype or preparing to launch their actual product into production, the KITSTARTER2EVM evaluation board will provide them with the necessary features for success.

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