OLIMEXINO-85S

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Evaluation boards are an essential tool for the development of embedded systems, with such boards being popular across many industries. They are used to prototype and test concepts, verify technical features, evaluate parameter performance, and further undertake system-level functions. One popular evaluation board is the OLIMEXINO-85S, which, due to its many features, has been lauded by many as being the ultimate evaluation board. This article will explore the application field and operating principle of the OLIMEXINO-85S.

The OLIMEXINO-85S is based around the popular Atmel AVR ATmega8515L-8 microcontroller, it is equipped with an LED, switches, buzzer, five analog input channels, UART, SPI, and I2C. This board is in many ways ideal for applications ranging from hobbyist uses, to professional development. For hobbyists, the wide range of features provide the opportunity to touch and experience projects with no prior debugging required. The LEDs, switches and buzzer allow for the board to be operated without a computer, providing the user with the freedom to set up sensors and observe their reactions. On a professional level, the diverse range of features provide a comprehensive debugging platform, making it ideal for both rapid prototyping and development of complex systems such as 3D printers, motor controllers, and robots. The board itself is designed to accommodate external add-ons. It provides a 20-pin stackable interface, which allows the board to easily be extended with many standard modules like SD cards, LCD and wireless modules.

The operating principle of the OLIMEXINO-85S is focused around the Atmel AVR ATmega8515L-8 microcontroller. This microcontroller is a flash based, eight-bit microcontroller from the Atmel AVR family. It has an 8-bit RISC architecture and is capable of executing 4 or 16-bit instructions from a single clock cycle. Due to its highly efficient instruction set, it can reach clock speeds of up to 16MHz, with power draw as low as 1.8 mA. It also provides a wide range of communication options, with single wire UART, SPI, and I2C. This enables the board to be connected to, and controlled by, a wide range of external devices.

In addition, the OLIMEXINO-85S also has a range of other features that improve he overall versatility of the board. It has five analog inputs which allow it to interact with various external sensors, enabling it to further its capabilities. It is also designed with a voltage regulator, allowing it to be used in different variable voltage environments. The board is also designed to be tolerant to EMC spikes and to self-protect it from potential damages by means of an input protection circuit. All of these features integrated together make the OLIMEXINO-85S a powerful and versatile evaluation board.

In conclusion, the OLIMEXINO-85S is an extremely versatile and powerful evaluation board. Its range of features makes it ideal for both hobbyist or professional development, while its highly efficient architecture and communication options allows for the seamless integration between the board and external devices. With its voltage regulator, protection circuits, and unique add-on interface, the OLIMEXINO-85S can be used in a wide range of contexts, proving itself to be the ultimate evaluation board.

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