嵌入式电源控制器

S. Sharonov, J. Nogiec
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引用次数: 6

摘要

在费米实验室的开发和测试部门(D&TD),几种不同型号的大电流电源被用来测试加速器磁铁。通过在每个电源中嵌入专有的智能设备,实现了整个部门的电流控制和监测标准化。该器件基于高度集成的Intel 87C196微控制器,用于控制和监测电流,收集状态信息,发出控制信号并与主机通信。控制器通过板载高精度ADC和DAC转换器以及数字I/O寄存器与电源接口。该系统的一些先进功能包括:下载和解释复杂的斜坡轮廓,内置抛物线波形近似,外部触发和光纤通信介质。网络访问由一组广泛的UNIX工具支持,例如GUI、ramp概要模拟器、API库和shell编程工具。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An embedded power supply controller
Several different models of high current power supplies are used to test accelerator magnets at the Fermilab's Development and Test Department (D&TD). Department-wide standardization of current control and monitoring has been achieved by embedding a proprietary intelligent device into each of these power supplies. The device is based on a highly integrated Intel 87C196 microcontroller that is used to control and monitor current, collect status information, issue control signals and communicate with a host computer. The controller interfaces with a power supply via onboard high precision ADC and DAC converters, and digital I/O registers. Some of the advanced features of the system include: downloading and interpreting of complex ramp profiles, built-in parabolic waveform approximation, external triggering, and fiber-optic communication media. Network access is enabled by an extensive set of UNIX tools such as GUI, ramp profile simulator, API library, and shell programming tools.
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