Shunlongwei Co. Ltd

Explore sustainability in industrial LCD manufacturing. Learn how eco-friendly materials and low-carbon processes help create displays that are compliant, cost-effective, and meet modern ESG goals.

A practical guide to evaluating dynamic current sharing in parallel IGBT modules. Learn the causes of imbalance, from device parameters to layout asymmetry, and master the double-pulse test methodology to ensure reliable, high-power system design.

A technical guide for engineers on selecting sustainable industrial LCDs. Learn about eco-friendly materials, low-carbon manufacturing processes, and how to meet modern ESG standards.

Learn how gate driver Common-Mode Transient Immunity (CMTI) prevents catastrophic failure in high-power IGBT systems. Understand why high CMTI is essential to reject dV/dt transients, avoid shoot-through, and ensure system reliability and efficiency.

Explore key strategies for reducing industrial LCD power consumption. Learn how technologies like Panel Self-Refresh (PSR), Low Refresh Rate (LRR), and LTPS TFTs significantly extend battery life and improve efficiency by optimizing for static content.

Explore how IGBT parasitic capacitances (Cies, Coes, and Cres) dictate switching speed, energy losses, and the Miller plateau. Learn practical strategies to mitigate their effects for an efficient and reliable power electronics design.

Discover how Mini-LED backlights are transforming industrial LCDs. This guide analyzes the cost vs. performance trade-off to help you find the sweet spot for applications in medical imaging, outdoor HMIs, and machine vision.