ApplicationsTo address the rigorous demands for high-current magnetic components driven by the rapid growth of AI computing, new energy, and automotive electronics, GOTREND Technology proudly announces the launch of the GSTF Series High-Current Flat-Wire Power Inductors. Built with flat-wire winding and a specialized alloy powder magnetic core architecture, this series delivers ultra-low DC resistance and high saturation current. It is engineered to withstand high inrush current conditions with exceptional temperature-rise stability, effectively reducing system copper loss, suppressing output ripple, and preventing magnetic saturation while remaining fully compatible with Buck, Boost, SEPIC, and Cuk switching power topologies.

As artificial intelligence (AI) servers, graphics processing units (GPUs), application-specific integrated circuits (ASICs), and high-performance computing (HPC) platforms continue to scale, processor core voltages are decreasing while load currents are rising rapidly. In high-current systems, power-delivery challenges are no longer limited to DC-DC conversion efficiency. Parasitic resistance, parasitic inductance, and physical distance within the power delivery network (PDN) directly affect voltage drop, power loss, and transient performance.

The GTX-EP06P-Series is a compact drive transformer specifically designed for ultrasonic sensing systems. It efficiently converts low-voltage pulses into the high-voltage drive signals required by ultrasonic transducers, helping improve sound pressure level, sensing distance, and echo detection performance.

Q: What are the main audible symptoms of inductor noise in a circuit? A: The noise mainly appears as a low-frequency “buzzing” sound or a sharp high-frequency “whining” sound. Under certain operating conditions, an impact-like “tapping” noise may also occur. When the load changes, the noise level may fluctuate, becoming louder or quieter. Q: Why does an inductor generate audible noise? What is the core physical mechanism? A: The fundamental mechanism is that alternating current generates electromagnetic force, which causes me

The series utilizes high-quality alloy powder materials combined with a mature and stable molding process, offering key advantages including low DCR, high current capability, high saturation performance, low acoustic noise, and high reliability

Working principle of magnetic shielding sheet (1) Providing a high-permeability magnetic circuit (concentrating magnetic field) - Wireless charging (mainly magnetic induction technology) transfers energy through changes in magnetic flux between coils.