>>>>>型号:KUC711AE101 KUC711AE101 励静止整流励磁系统 集成模块
【功能描述】
随着电力电子技术的快速发展，自并励静止整流励磁系统（SASI）的控制单元也经历了由分立器件向集成模块，再到数字化方向的演变。本文旨在阐述其现状并分析未来的发展趋势。
首先，关于励磁控制器，我们要注意它在自并励静止整流励磁系统中的角色至关重要。自上世纪70年代以来，这种设备的设计和生产已经日新月异。最初的控制单元主要基于单个半导体元器件，而如今，已经逐渐转向了大规模的集成电路，并且越来越多地采用数字化的方式进行操作，以提高效率和精度。
近年来，随着半导体制造工艺和计算机科学的进步，国内的励磁调节器已发展出多种不同的样式，包括半导体模拟调节器、微型计算机（包含可编程逻辑控制器）数字化调节器以及将两种元素结合的混合型，如微机(含有PLC)模拟调节器。值得注意的是，早在上世纪70年代初期，一些国产半导体励磁调节器产品便已经开始远销海外市场。
然而，谈及国内励磁调节器行业最大的进展，则要归功于微型计算机励磁调节器的研发突破。这项工作始于大约20年前的70年代晚期。通过引入微处理器和先进算法，微机励磁调节器不仅大大提升了响应速度，而且能够实现更多复杂功能，使自并励静止整流励磁系统的性能大幅改善。
总的来说，国产励磁控制器的发展历程显示了我国在电力电子技术领域的不断探索和创新精神。尽管目前还有诸多挑战需要克服，但可以预见未来新一代的励磁控制器将会继续向着更加智能化、数字化、高效化的方向迈进。
>>>>>型号:KUC711AE101 KUC711AE101 励静止整流励磁系统 集成模块
【英文介绍】
With the rapid development of power electronics technology, the control unit of self-shunt static rectifier excitation system (SASI) has also experienced the evolution from discrete device to integrated module, and then to digital direction. This paper aims to explain its current situation and analyze its future development trend.
First of all, regarding the excitation controller, we should note that its role in the self-shunt static rectifier excitation system is crucial. The design and production of such devices have changed dramatically since the 1970s. The original control unit was mainly based on a single semiconductor component, but today, there has been a gradual shift to large-scale integrated circuits, and increasingly operate in a digital way to improve efficiency and accuracy.
In recent years, with the advancement of semiconductor manufacturing process and computer science, domestic excitation regulators have developed a variety of different styles, including semiconductor analog regulators, microcomputers (including programmable logic controllers) digital regulators and hybrid models that combine two elements, such as microcomputer (including PLC) analog regulators. It is worth noting that as early as the early 1970s, some domestic semiconductor excitation regulator products have begun to be exported to overseas markets.
However, when it comes to the biggest progress in the domestic excitation regulator industry, it is thanks to the research and development breakthrough of microcomputer excitation regulators. This work began about 20 years ago in the late 1970s. By introducing microprocessor and advanced algorithm, microcomputer excitation regulator not only greatly improves the response speed, but also can realize more complex functions, which greatly improves the performance of self-shunt static rectifier excitation system.
In general, the development history of domestic excitation controller shows China's continuous exploration and innovation in the field of power electronics technology. Although there are still many challenges to overcome, it is foreseeable that the next generation of excitation controllers will continue to move towards a more intelligent, digital and efficient direction.
>>>>>型号:KUC711AE101 KUC711AE101 励静止整流励磁系统 集成模块
