Development prospect of temp measurement and temperature control device for microfluidic chip system

With the continuous development of China’s science and technology, there has been great progress in the field of integrated circuits and chips. The temperature measurement and temperature control devices in the LNEYA microfluidic chip system have been continuously promoted along with the chip testing industry.

In the important stage of the rapid development of science and technology, there has been great progress in the field of integrated circuit industry development. Up to now, there has been a relatively complete industrial chain, including chip design, manufacturing and packaging testing. In the process of continuous intensification of information technology, the integrated circuit industry has maintained a steady increase, but in the IC chip test, due to the late start, there are still many problems to be solved, and the management of the quality of integrated circuit chip test projects is strengthened. Can effectively promote the development of this field.

According to the relevant data, the application of temperature measurement and temperature control devices in integrated circuit microfluidic chip systems has exceeded 25% in modern electronic machines, and testing them is to analyze the defects of integrated circuits. A powerful tool that can effectively improve its yield. Under the current long-term stable and steady growth of the economy, the integrated circuit industry has become a focus of the semiconductor industry. In the huge market and demand, as well as low production costs and abundant human resources, in recent years, The development of integrated circuits has played an important role in promoting.

In the current stage of rapid development of integrated circuit chips, effective management of their quality can enhance the overall quality of progress in this area. There are some notable features in the process of project quality management. The main ones are the complexity characteristics, the variability characteristics, the irreversibility characteristics and the system characteristics. Among them, the complexity characteristics are mainly due to the fact that there are many influencing factors in this project. There are many quality risks in the process, which is the complexity in the process of managing the integrated circuit chip test project. In terms of variability, the project needs to be able to go through the stage from the planning stage to the closing stage. Due to the different factors affecting the different stages, there will be some changes in the quality management and content. The irreversible feature is mainly that the quality management of this project has the characteristics of one-time completion, so this requires the key to comparing each link and element, and any error will bring irreversible influence. The systemic feature is that it affects other goals when it is affected by other factors.

In the process of project quality management of integrated circuit chips, it is necessary to be able to comply with relevant principles, so that the efficiency of management can be effectively improved. To be able to adopt a systematic and open approach to management, the principles of customer-centric principles and full participation in these principles, as well as the principles of process methods and the principles of prevention.

The promotion of temperature measurement and temperature control devices in microfluidic chip systems is not very common in the industry. In the future, this will become one of the emerging devices with considerable development prospects.

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