HOTLAND Mini Molding Chokes bring power-inductor performance to space-constrained, high-density boards. Their integrated molded construction combines low-profile packaging, high-frequency capability, low-loss performance and magnetic shielding. Selected HOTLAND designs deliver over 30% size reduction, profiles down to 0.5 mm, stable operation at 5 MHz and above, and approximately 20% lower power consumption under long-term full-load conditions compared with conventional inductors. Compare the available part numbers in the specification table.

HOTLAND molded power inductors integrate the winding and magnetic material into a compact, robust structure. The family combines high saturation-current capability, low DCR, magnetic shielding and mechanical durability for efficient, high-density switching power supplies. Multiple footprints and electrical ratings support a broad range of DC-DC power designs.

HOTLAND assembly-type high-current inductors are engineered for demanding, high-power conversion. An optimized core-and-winding assembly combines strong saturation performance, low DCR and core loss, effective heat dissipation and structural reliability—an attractive combination for AI server power, industrial converters and renewable-energy systems.

The TLVR (Trans-Inductor Voltage Regulator) inductor is specifically designed for the new generation of multi-phase power supply architectures. With its dual-winding coupling and low-loss magnetic core structure, it achieves ultra-fast transient response and extremely high power density, making it the core magnetic component for high-performance computing and AI computing power systems. 

HOTLAND power module inductors are designed for high-density, high-efficiency power modules. Optimized magnetic paths, low-loss windings and heat-dissipation structures support high current capability, low EMI and reliable performance. The category highlights wide-temperature operation from -40°C to 125°C and above for demanding server, AI and industrial power applications.

HOTLAND common-mode chokes use symmetrically arranged windings on a shared magnetic core to present high impedance to common-mode noise with relatively low impedance to normal differential-mode currents. The family emphasizes effective EMI filtering, broadband noise suppression, low differential-mode loss and reliable construction for power and signal-line filtering. Material and core-design options address noise-suppression requirements extending from kHz to GHz.

HOTLAND NR inductors combine magnetic-resin shielding with a closed magnetic path for low-noise, high-current SMD power conversion. Compact profiles, low DCR and controlled magnetic leakage make them suitable for dense board layouts. Selected HOTLAND designs offer approximately 30% higher rated current than conventional inductors at comparable size, alongside quieter operation and efficient power delivery.

HOTLAND high-current flat-wire power inductors pair flat-wire windings with assembled ferrite cores to maximize copper utilization and deliver low DCR, strong current capability, compact SMD integration and efficient thermal performance. Designed for switching-power applications from 100 kHz to several MHz, with high-temperature design characteristics reaching 125–150°C for industrial, server and power-conversion systems.