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随着科学技术的发展,微电子技术和计算机技术也在飞速的发展当中,并且由此引发了传统仪表结构的根本性革命。通过运用计算机技术和仪器检测技术,将这些元素通过有机的结合在一起,随后组成了新一代智能化仪表。智能控制仪表的软件系统不仅能解决传统仪表不易或是不能解决的问题,而且还能简化仪表的电路,提高仪表的可靠性,更容易实现高性能、高精度、多功能的目标。新一代智能化仪表在测量过程自动化、功能多样化方面以及测量数据处理等方面与传统仪表相比较,已然是有了非常大的进步。随着世界的变化,科学技术的进一步发展,智能控制仪表的智能化程度必将会随之越来越高,而作为民生根本的农业,在社会进步的洪流之中也将必然的加入智能控制仪表的大军。
With the development of science and technology, microelectronic technology and computer technology are also developing rapidly, and thus trigger the fundamental revolution of the traditional instrument structure. Through the use of computer technology and instrument detection technology, these elements through organic combination together, then formed a new generation of intelligent instruments. The software system of intelligent control instrument can not only solve the problem that the traditional instrument is not easy or can not be solved, but also can simplify the circuit of the instrument, improve the reliability of the instrument and realize the goal of high performance, high precision and multifunction easily. A new generation of intelligent instruments in the measurement process automation, functional diversification and measurement data processing and other aspects compared with the traditional instruments, it is already a very big step forward. With the change of the world and the further development of science and technology, the intelligent level of intelligent control instrumentation will surely become higher and higher. As the fundamental livelihood of agriculture, it will inevitably join the intelligent control in the torrent of social progress Instrument of the army.