To address these challenges, CODACA has unveiled the CSPT1590 series, a compact high-current inductor designed specifically for high-power density applications, including high-power DC-DC converters and point-of-load (POL) power supplies. The CSPT1590 series is engineered for excellence in temperature stability, boasting an operating temperature range of -40°C to +125°C, making it well-suited for use in demanding environments.

Key features

1. Low-Loss Mn-Zn Ferrite Core: The CSPT1590 series features manganese-zinc ferrite cores, which offer outstanding DC bias and anti-saturation capabilities. This allows the inductor to handle larger impulse currents, thereby ensuring higher conversion efficiency in converters. The core's low power consumption and wide temperature characteristics effectively reduce magnetic core losses during voltage conversion, achieving both low-temperature rise and high efficiency.
2. Flat Wire Design for Higher Continuous Current: The inductor utilizes flat wire windings, which maximize the utilization of the magnetic core window. This design significantly reduces the direct current resistance (DCR), thereby minimizing DC losses and enhancing conversion efficiency.
3. Durable Packaging with Enhanced Anti-Vibration Performance: The CSPT1590's robust packaging design, featuring a 3-terminal structure, increases the soldering area and reduces packaging height. This enhances the inductor's anti-vibration performance, ensuring greater reliability in various applications.
4. Magnetic Shielding for Superior EMI Resistance: With a magnetic shielding structure, the CSPT1590 series provides excellent resistance to electromagnetic interference, ensuring stable and reliable performance in EMI-sensitive environments.
5. Compact Design for Space Efficiency: Measuring just 15.00 x 16.26 x 10.16 mm, the CSPT1590 series delivers high current in a compact package, effectively saving PCB space and meeting the miniaturization requirements of modern DC-DC converters.

With these features, the CSPT1590 series from CODACA stands out as an ideal choice for engineers seeking reliable, high-performance inductors that meet the rigorous demands of industrial control and power system applications.