MIKROE-2015

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

MIKROE-2015 application field and working principle has enabled the development of a wide range of embedded solutions for industrial, healthcare, transportation, and consumer products. The entry in the evaluation boards’ market of this microcontroller unit (MCU), along with its destination digital signal processor (DSP), enables a wide range of applications for system designers including customization of a variety of projects for their specific requirements.

The MIKROE-2015 development and evaluation board offers a high-performance, low-risk tool for Microchip’s 8-bit and 16-bit microcontroller and DSP solutions. These development boards aid engineers when making design decisions at enhancing or modifying their designs. This technology mainly uses frequent type of interface and protocol. The MIKROE development board consists of a Microchip MCU that is paired with a Microchip digital signal processor. This board also includes multiple peripherals, allowing users to quickly prototype a variety of designs with minimal external components.

The Microprocessor component features a powerful 16-bit ARM Cortex-M4 core, with a proprietary cache architecture and low power modes. It supports 256KB of Flash memory, with a maximum execution speed of up to 120MHz. The Digital Signal Processor supports up to 256KB of Flash memory, and is capable of providing up to 16 MHz operation frequency. Moreover, it supports up to 12-Bit ADC resolution, allowing for more precision when performing data acquisition tasks.

The MIKROE-2015 application field consists of a number of areas, including application for machine vision systems, monitoring systems, passcode authentication system, GPS systems, wireless communications, digital power control applications, signal processing, image processing, system control, and home automation.

In terms of working principles, the board is based on the principles of pin and clock signal synchronization. The board allows the MCU and DSP to communicate with each other without any external wires. All the signals are synchronized between different components, and the MCU and DSP are able to interface to each other through the MicroPin link. The core of this synchronous data cable is a four-wire twisted pair that carries two separate signals, one for clocking and the other for data transmission between the two controllers. This synchronizing structure has been adopted by MIKROE-2015, allowing information to be exchanged between the two ports and providing effective and dependable operation.

The application field of MIKROE-2015 is wide, and it can be used to achieve a variety of tasks, ranging from robotic control, industrial automation, health monitoring, and other more complex embedded applications. The main features and advantages of this powerhouse combination board are its extremely low power consumption, fast performance, and its excellent compatibility. The development board also comes with a comprehensive development software package, such as the MPLAB integrated development environment, for easy debug and code development.

In conclusion, the board of MIKROE-2015 along with its destination digital signal processor (DSP) creates an exciting and powerful development platform for a wide variety of embedded solutions. The board offers an ideal starting point for engineers to design products and solutions for their specific needs. With an enhanced level of performance and low power operation, the system designer can rest assured that their designs will be reliable and capable of meeting the most demanding levels of demand. From the developers to the application specialists, this board provides a broad spectrum of possibilities for embedded developers.

The specific data is subject to PDF, and the above content is for reference