MIKROE-1295

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The MIKROE-1295 is a powerful and versatile evaluation board that can be used in a wide variety of applications. It is designed to provide a cost-effective solution for evaluating and demonstrating various sensors, embedded microcontrollers, intelligent systems, and Radio Frequency (RF) technologies. The MIKROE-1295 is equipped with a wide range of features, enabling users to easily evaluate various solutions and perform fast prototyping. The main components of the MIKROE-1295 are a host board, an application board, and a daughter board, all of which are mounted on a mother board.

The host board of the MIKROE-1295 is based on a microcontroller with 72MHz or 144MHz clock speed and 512KB of RAM. The microcontroller can be replaced easily with other microcontrollers such as ARM Cortex-M3, STM32F7 or ATmega128. The host board also has two USB host ports for connection to an external PC, and a variety of interfaces for communication with other hardware components, such as UART, SPI, I2C, PWM, I2S, and a JTAG port. Additionally, the host board also includes on board resistors, inductors, capacitors, and diodes for power supply and signal conditioning.

The application board of the MIKROE-1295 provides a variety of peripherals and is intended for experimentation and evaluation. It includes two main areas, one for the main application board, which is the main board for the MIKROE-1295, and the other one for optional expansion boards. The main application board contains several discrete components for prototyping. Some of these components include a 16-bit analog-to-digital converter, a low-power, 8-bit ADC, and a 2-channel, 10-bit high-resolution DAC. It also includes motor control, lighting control, and temperature sensor. Additionally, the application board also includes an application processor, several switches, and buttons for controlling various peripherals.

The daughter board of the MIKROE-1295 is an expansion board that provides additional contacts for connecting external hardware. It contains two headers that allow plugging in of various daughter boards. The daughter board can be used for connecting sensors and actuators, or for connecting radio modules for wireless communication. The daughter board utilizes the 8-bit architecture of the main host board to enable efficient communication with external boards and components. In addition, the daughter board also provides a UART interface for debugging and programming.

The working principle of the MIKROE-1295 is based on the integration of different blocks of peripherals on the host board, application board, and daughter board. By programing the microcontroller and configuring the different peripherals, the MIKROE-1295 can be used to create custom applications that are tailored for specific tasks. The MIKROE-1295 provides a comprehensive platform for application development and is ideal for prototyping and evaluation applications, such as sensor networks, energy monitoring, control systems, automotive applications, database scanning, and robotics.

In conclusion, the MIKROE-1295 is a powerful and versatile evaluation board that can be used in a variety of applications. It provides a cost-effective solution for evaluating and demonstrating various sensors, embedded microcontrollers, intelligent systems, and Radio Frequency technology. The MIKROE-1295 can be used to develop custom applications that are tailored for specific tasks. It also provides an ideal platform for application development and is suitable for prototyping and evaluation applications.

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