GSTJ Series features an innovative molded one-piece structural design, integrating carbonyl iron powder and high-purity alloy powder composite materials. Through a fully automated molding process, it seamlessly combines the coil and magnetic material.

Inductor losses are primarily categorized into copper loss and core loss, which are influenced byfactors such as conductor resistance, magnetic core material properties, and operatingconditions (e.g., frequency, temperature). To minimize these losses, optimizations can be madein material selection, structural design, and thermal management. The following sections willexplore the causes of these losses and specific methods for reducing them.

At GOTREND, talent cultivation and development have always been key objectives in our business operations. That's why we're proud to announce that we've joined the “TALENT, in Taiwan – Taiwan Talent Sustainability Action Alliance” for the third consecutive year!

Continuing from our previous mountain cleanup initiative, GOTREND took another meaningful step in promoting ESG values. On the morning of Saturday, April 12, our team headed to Shalun Beach in Tamsui, New Taipei City, for a beach cleanup activity.

GOTREND GSTD Series is crafted using metal alloy powder molding, featuring a compact design. With an operating temperature of up to 150°C, it is ideal for specialized applications such as automotive power systems. The series also boasts ultra-low acoustic noise and minimal magnetic flux leakage, delivering high current capacity and low resistance for enhanced performance.

A series connection is a circuit configuration in which multiple components or coils are connected sequentially along a single path. Each connection point is referred to as a node, and only two components can be connected at each node. This type of connection is referred to as a series circuit configuration.