The HLT‑111C is a computer-interfaced hysteresis loop tracer designed to provide high-resolution analysis of the B-H characteristics of ferromagnetic materials. This advanced model offers a digital data acquisition system with real-time PC interfacing, enabling precise measurement and plotting of magnetic hysteresis loops with minimal manual error.

Equipped with a regulated electromagnet, function generator, and current/voltage sensors, the system captures detailed parameters like coercivity, remanence (retentivity), and saturation magnetization. The included software suite provides automatic graph plotting, data logging, and export capabilities, making the setup highly suitable for research labs, postgraduate education, and material characterization studies.

Key Features

• Advanced PC-based hysteresis loop analysis system

• Compatible with a wide range of magnetic materials (soft and hard)

• Measures coercivity, retentivity, and saturation values accurately

• Includes regulated electromagnet and function generator

• Real-time display and plotting of B-H curves via software

• Data storage and export functionality for research documentation

• Ideal for universities, research institutions, and material science labs

Applications

• Computerized study of B-H curves and magnetic loops

• Material analysis for transformers, inductors, and magnetic cores

• Research on magnetic properties and energy losses

• Teaching aid in advanced electromagnetism and solid-state physics

• Comparison of magnetic behavior of different ferromagnetic materials