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Application fields and working principles are important subject areas for students to understand when developing devices. This article will discuss how application fields and working principles are related, as well as provide some examples to illustrate their connection.

Different application fields are often associated with distinct working principles. For example, an application field related to automotive engineering would be affected by the laws of physics, and therefore the working principle would be based on this set of laws. On the other hand, a medical application field would be governed by the laws of biology and chemistry, and the working principles would need to adhere to this unique set of laws.

In addition to being affected by the set of laws for a particular application field, the working principle may also depend on the specifics of the device being developed. For example, when designing a motor, the working principle would need to take into account the size and weight of the motor, the amount of energy required, and any other aspects that could affect how the motor operates. It’s important to consider all of these aspects when designing a motor in order to create an efficient and durable device.

Furthermore, when it comes to applying these working principles in a practical sense, it’s important to be aware of any constraints or limitations. This can include anything from physical limitations of the device to the availability of materials or other resources. Understanding all of the constraints and limitations is important in order to ensure that the developed device can meet all of the requirements, and that it can function safely and reliably.

Finally, it’s also important to be familiar with the application field of the device and related working principles in order to properly maintain the device. Proper maintenance can extend the lifespan of the device significantly, and can reduce the amount of time and resources needed for repairs or replacements.

In conclusion, application fields and working principles are related, and it’s important to understand both in order to properly develop and maintain devices. A deep knowledge of the set of laws associated with a particular application field, as well as the specifics of the device being developed, will help to create effective and reliable devices. Furthermore, understanding the constraints and limitations can ensure that the device is able to meet all of the requirements and that it can be properly maintained.

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