MIKROE-1290

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MIKROE-1290 is a compact and powerful integrated development platform for embedded system design. It has many uses in the industry and provides developers with a wide range of options for creating sophisticated, secure and reliable embedded applications. This article evaluates the different application fields and working principle of MIKROE-1290.

Features

MIKROE-1290 is a complete embedded development platform, which consists of a processing core, a high-performance low-power MCU, and a wide range of connectivity options. It has a small form factor, yet provides the necessary resources for handling complex embedded systems. The MIKROE-1290 encompasses all the necessary functions necessary to develop a sophisticated and cutting-edge embedded system. The platform consists of an ARM Cortex-M0, 32-bit processor core, connected to a high-performance low-power MCU, two busses in addition to numerous interfaces (UART, I2C, SPI, USB, CAN, Ethernet, GPIO, etc.).

Application Fields

MIKROE-1290 has wide range of application in various fields. In the automotive market, the MIKROE-1290 can be used to develop cost effective and battery-efficient in-vehicle control unit (IVC) solutions for monitoring and tracking vehicle status, engine, alarm, navigation, entertainment, and environmental control system.

The device can also be used for industrial automation applications such as HVAC systems, complex dynamic machinery, and flexible assembly. The MIKROE-1290 is an ideal platform for development of low-level industrial control and monitoring applications where efficient execution of commands is required in order to control production processes and procure information. In addition to industrial automation, MIKROE-1290 can be used in control systems to provide efficient, secure, and reliable control in power supply, motor control applications and data acquisition systems.

In addition to its applications in automation, the MIKROE-1290 is also ideal for a broad range of consumer products. It can be used in applications such as small appliances, home automation systems, energy management and monitoring systems, audiovisual systems, communication, as well as digital tablets and cameras.

Working Principle

The working principle of MIKROE-1290 is based on the ARM Cortex-M0 processor, which is integrated into the device. This processor core is an 8-bit, 32-bit embedded processor, which is suitable for embedded applications such as digital signal processing (DSP), motor control, control and monitoring systems, and audio/video processing. It can run at speeds of up to 80 MHz, with minimal power consumption and a small physical size.

MIKROE-1290is equipped with a variety of digital logic components, making it ideal for a range of applications. The device has a total of five ADC (Analog-to-Digital Conversion) channels, which can be used to monitor and control a range of applications, including temperature, moisture, and vibration. It also has an RTC (Real-Time Clock), which can be used to keep time in various applications.

In addition, MIKROE-1290 includes two buses, an interconnect bus, and a fast local bus. The interconnect bus provides communication between all the peripherals within the device, while the fast local bus is used for data transfers between the peripherals and the processor core. The device also includes numerous storage peripheral modules, such as a NOR Flash, an EEPROM, and an SD-Card interface, making it an ideal platform for data logging.

Conclusion

The MIKROE-1290 integrated development platform is a powerful and compact embedded system design solution. It has a wide range of applications in automotive, industrial automation, and consumer products. The device is equipped with an ARM Cortex-M0 processor, two busses, various interfaces, and a variety of digital logic components. The processor core and other components enable efficient execution of commands and fast data transfer. With its numerous features and abilities, MIKROE-1290 serves as an ideal platform for development of sophisticated and secure embedded systems.

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