As electrical systems become increasingly compact, intelligent, and interconnected, the need for high-precision current monitoring has grown tremendously. This makes components like the LWX Miniature Current Transformer essential for achieving both safety and efficiency. Designed for limited-space applications, the LWX CT ensures accurate current measurement while maintaining long-term reliability.At Hall Magnetics, we specialize in manufacturing high-performance […]
The LST three-phase integrated current transformer represents a new generation of electrical measurement equipment, combining high-precision, reliable protection with simplified monitoring. It is widely used in industrial automation, smart grids, renewable energy systems, and commercial energy management. In today’s era of digital power systems and intelligent monitoring, operators not only need high-precision equipment, but also equipment […]
The BH-0.66 series current transformers are high-precision devices designed to provide reliable, accurate, and stable performance for modern power systems. With the increased prevalence of digital energy management and IoT smart grids, high-performance current transformers have become more critical than ever. The BH-0.66 series current transformer provides consistent accuracy and reliable protection for industrial, commercial, and […]
The annular notch amorphous inductor cores have become a favored magnetic component in modern high-efficiency electronic systems. With increasing demands from industries for higher energy efficiency, smaller size, and lower heat loss, engineers are relying more and more on amorphous materials and special notch structures to achieve stable magnetic performance. The unique annular notch structure greatly […]
Modern power conversion systems require components with high efficiency, low loss, thermal stability, and long-term reliability. Among these, air gap amorphous ring inductor cores have become the preferred choice of engineers in such fields as switching power supplies, inverters, electric vehicle chargers, renewable energy systems, and high-frequency converters. As a leading magnetic core manufacturer, Hall Magnetics […]
The appropriate annular notch amorphous inductor core will ensure efficiency in electronic circuitry. Whether you’re designing power supplies, filtering modules, communication equipment, or energy-saving systems, the core directly impacts inductor stability, power loss, and overall system performance. This guide explains how to assess requirements, compare specifications, and select the appropriate core for demanding applications. What are […]
In today’s power systems, accuracy is no longer optional, but crucial. Be it in industrial equipment management, monitoring of building loads, or in energy efficiency enhancement, the precise measurement of current guarantees stable operation and reliable data analysis. LST three-phase integrated current transformers are the preferred solution due to their ability to provide synchronous, consistent, and […]
In modern power monitoring and measurement systems, accuracy and efficiency are paramount. Nano-crystal ring-shaped iron cores for current transformers are important magnetic components with superior performance. Compared to the traditional silicon steel sheets or ferrite cores, this core utilizes advanced nanocrystalline materials, resulting in higher permeability, lower iron losses, and greater accuracy. At Hall Magnetics, we […]
In modern electrical engineering, accurate current measurement is critical for safe, stable, and efficient operation. Hall Magnetics’ BH-0.66 series current transformers are reliable solutions for industries seeking high precision, compact design, and long-term reliability. Whether used for power metering, protective relays, or industrial automation, these current transformers provide stable and reliable performance under various operating […]
Air-gap amorphous ring inductor cores are one of the most important magnetic components applied in high-efficiency power conversion and signal conditioning systems. Their unique amorphous alloy material, combined with the air-gap design, gives them superior magnetic properties, energy efficiency, and reliability. Amorphous alloys are known for their amorphous atomic structure, which reduces eddy current losses and […]