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Still in the early stages of its infancy, the application field of embedded microcontroller technology today is vast and far reaching. From consumer devices to the industrial sector, it can be found everywhere, performing a variety of tasks. The most common embedded microcontroller application is motor control, including motor speed and acceleration. However, the technology is suitable for a variety of devices, including mobile phones, automotive electronics, medical devices, digital appliances, home security systems and many others.

No matter the application, the main goal of any embedded microcontroller is to control a specific task. This is achieved by loading a program onto the device, which is then used to control the specific task. To achieve this, the device uses a combination of hardware and software. The hardware components are the controller itself, along with any additional peripherals it may require. The software is the actual program which is used to control the task, which can be written in various programming languages.

Despite their modest physical size, embedded microcontrollers are highly capable devices, with both power and speed able to handle complex tasks. With this level of capability, they also allow for a range of features, such as memory management, power consumption optimization and more. In addition, they can be programmed to be extremely small, thus ideal for use in applications such as medical devices or automotive electronics. They are also typically used in robotics and are increasingly being used in the Internet of Things.

As well as embedded microcontrollers, microprocessors are also frequently used in embedded systems. They are similar in capabilities to microcontrollers, however they are much more powerful. They are suitable for applications which require a great deal of processing power, such as operating systems. A common use for microprocessors is to control a wide range of devices, such as printers and scanners.

FPGAs (Field Programmable Gate Arrays) are also an important part of the embedded systems scene. Unlike microcontrollers or microprocessors, FPGAs are programmed in a very different way. The programming is done using circuitry, rather than software. This allows the device to be completely customised, allowing the user to create custom-made logic functions and algorithms.

FPGAs are used extensively in the automotive industry, as well as in aerospace applications and scientific research. They are ideally suited for applications which require high performance and customizability, such as drones and autonomous robots. They are also increasingly being used in the Internet of Things, as they can be used for complex data processing.

The application field and working principle of embedded microcontroller technology today is wide-reaching and still growing. With their high levels of power, speed and customizability, they are suitable for a variety of applications. Microprocessors and FPGAs are also finding increasing use in embedded systems. From robotics to automotive applications, the use of this technology is growing on a daily basis.

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