The HLT‑111 is a precision-engineered Hysteresis Loop Tracer designed to study the B-H characteristics of magnetic materials. This advanced apparatus enables clear visualization and analysis of magnetic hysteresis loops, providing direct insight into key parameters such as coercivity, retentivity, and saturation magnetization.

The setup includes a high-quality electromagnet, signal generator, and digital display units, along with a dual-trace CRO interface (or PC interface as optional), which allows users to observe and study the hysteresis loop in real-time. It supports both soft and hard magnetic samples, making it ideal for academic and research labs in physics, material science, and electrical engineering.

🔧 Key Features

• Accurate tracing of hysteresis loops for various magnetic materials

• Compatible with both soft and hard ferromagnetic samples

• Built-in signal source and precision current amplifier

• Electromagnet with regulated power supply

• Interface with dual-trace CRO or optional PC data acquisition

• Measurement of coercivity, retentivity, and saturation magnetization

• Durable, lab-friendly design

   Applications

• Study of B-H curves in ferromagnetic materials

• Understanding magnetic domains and magnetization behavior

• Educational tool for physics and electrical engineering laboratories

• Research on magnetic core materials for transformers and inductors

• Analysis of energy losses in magnetic cycles