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Application field and working principle are two different concepts that people use to describe different areas of technology and science. In terms of industrial production and engineering, application field are those technologies and techniques used to produce and operate parts of a system in order to perform a specific task. Working principle on the other hand encompasses the theories and knowledge of how something works, the governing principles behind the way in which a device works and the principles which lead to its performance.

A specific technology or system may incorporate components from both application field and working principles. For example, in the field of electricity and electronics, a transistor is an electronic device that is part of an electronic circuit, and its working principle is the knowledge of how it operates or behaves in order to perform its function. On the other hand, an electronic circuit may also incorporate resistors, capacitors, and other components which are all part of the application field.

One example of how application field and working principle are used together to produce a desired outcome is in the area of signal processing. Signal processing is the manipulation of a signal to achieve a certain effect such as amplification, compression, filtering, etc. To understand how signal processing works, one must understand the working principle of the various components involved such as amplifiers, filters, signal detectors, etc. At the same time, knowledge of the application field is needed in order to determine which component or components will be best suited for the particular application.

In the field of robotics, the application field and working principle must both be closely linked together. Robots are machines that use sensors and actuators to interact with their environment and perform a particular task. The application field for robotics includes the use of software, electronics, and mechanical elements in order to create a system that can react to its environment and respond to commands received from the user. Knowledge of the working principle of the various components and algorithms used is also necessary in order to ensure that the system will work as desired.

Application field and working principle are also important in the area of computer science. In the early days of computing, the application field was mainly concerned with the design and creation of computer algorithms which could perform a particular task. This was before a working principle was developed to describe the way in which these algorithms worked. Today, a well-defined working principle for computing processes such as sorting, searching, and indexing is necessary in order for computer programs to be designed and implemented effectively.

Finally, application field and working principle are both important for the development of new technologies. A well-defined working principle is needed in order to understand the behavior of the technology in different scenarios. At the same time, knowledge of the application field is needed to ensure that the technology will be able to perform the desired task in the most efficient way possible.