Material Research Capability and Structure Design.
By using different material, provide high Q factor and increase saturation performance. Optimize internal srtucture to increase inductance and IDC performance.
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By multilayer printing and precise wirewound technology, Max Echo provide chip inductor for RF and power application. In inductry and automotive application, Max Echo present high accuracy and high reliability peformance.
Core material including Ceramic, Ni-Zn Ferrite, Metal alloy. By different material and structure design, excellent quality factor, high SRF, high current and saturation performance. RF application inductor extand to 0603 (mm). Power inductor continue improve IDC and aturation performance.
High Reliability and Risk Control
All inductor series are managed by IATF16949 system. From design to production, all quality and risk are systematically managed.
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Product Series
High frequency ceramic chip inductor HBL series
HBLS multilayer ceramic inductor series are made by ceramic and low resistance conductor. Provide high quality factor and SRF.
Wirewound ceramic chip inductor HBW series
With ceramic material and precision wirewound. HBW series provide excellent performance. Widely used in high-frequency circuits on electronic communication product and terminal product.
Multilayer ferrite power chip inductor PCLS series
PCLS possess ultra-low DC resistance and low profile. Low inductance variation in high current application. Perfect in DC-DC converter application.
Multilayer ferrite power chip inductor PDLS series
PDLS possess ultra-low DC resistance and low profile. Low inductance variation in high current application. Perfect in DC-DC converter application.
Multilayer ferrite chip inductor EBLS series
Multilayer ferrite chip inductor is produced from magnetic material and with multilayer technology. All wire wounding are integrate by ferrite paste and silver paste inside. Provide perfectly closed magnetic circuit and an excellent magnetic fild.