Saturating core Magnetic Current Sensor for high Direct Current measurements in space applications

S. V, S. D., U. Raju, Venkata Pujitha B
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Abstract

With satellite power level increasing, the requirement to measure higher Direct Current (DC) has become critical. This paper gives details of two Magnetic Current Sensor (MCS) approaches for high DC measurements. These current sensors are based on saturating core concept to avoid loss of information at high currents due to magnetic fold-back which occurs in conventional techniques [2]. The two approaches of MCS presented are: unidirectional, for measuring currents in one direction and bidirectional, for measuring currents in both the directions using single core for each method. Both the concepts are explained in detail with block schematic, timing equations, B-H curve and practical waveforms.
用于空间中高直流测量的饱和铁芯磁流传感器
随着卫星功率水平的提高,对高直流电的测量要求日益迫切。本文详细介绍了两种用于高直流测量的磁电流传感器(MCS)方法。这些电流传感器基于饱和核心概念,以避免在大电流下由于传统技术中发生的磁折回而导致的信息丢失[2]。MCS的两种方法是:单向,用于测量一个方向的电流和双向,用于测量两个方向的电流,每种方法使用单个磁芯。用框图、时序方程、B-H曲线和实际波形对这两个概念进行了详细的说明。
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