ABC ATEC - High Performance Multilayer Chip Inductors with IATF16949 Certification
ABC ATEC offers premium Multilayer Chip Inductors with high inductance, precision tolerance, and superior Q factor for RF applications. Our IATF16949-certified components feature excellent impedance-frequency response and compact dimensions for high-density PCB assembly. 45 years of expertise in professional inductor manufacturing.
Multilayer Chip Inductor
Multilayer Chip Inductor with high inductance, high precision tolerance, high Q, high SRF, using multilayer processing technology offer good impedance-frequency response curve. Compact & precision dimensions package is available for high density PCB assembly.
6.8nH, 400mA, 1005 RF Inductor, Multilayer Chip Inductor
MH10056N8JL
6.8nH, 400mA, 1005 Multilayer Chip Inductor MH series are compact, low-profile components with...
Details Add to List
8nH, 300mA, 1005 RF Inductor, Multilayer Chip Inductor
MH10058N0JL
8nH, 300mA, 1005 Multilayer Chip Inductor MH series are compact, low-profile components with...
Details Add to List
8.2nH, 300mA, 1005 RF Inductor, Multilayer Chip Inductor
MH10058N2JL
8.2nH, 300mA, 1005 Multilayer Chip Inductor MH series are compact, low-profile components with...
Details Add to List
9.1nH, 300mA, 1005 RF Inductor, Multilayer Chip Inductor
MH10059N1JL
9.1nH, 300mA, 1005 Multilayer Chip Inductor MH series are compact, low-profile components with...
Details Add to List
10nH, 300mA, 1005 RF Inductor, Multilayer Chip Inductor
MH100510NJL
10nH, 300mA, 1005 Multilayer Chip Inductor MH series are compact, low-profile components with...
Details Add to List
12nH, 300mA, 1005 RF Inductor, Multilayer Chip Inductor
MH100512NJL
12nH, 300mA, 1005 Multilayer Chip Inductor MH series are compact, low-profile components with...
Details Add to List
15nH, 300mA, 1005 RF Inductor, Multilayer Chip Inductor
MH100515NJL
15nH, 300mA, 1005 Multilayer Chip Inductor MH series are compact, low-profile components with...
Details Add to List
18nH, 300mA, 1005 RF Inductor, Multilayer Chip Inductor
MH100518NJL
18nH, 300mA, 1005 Multilayer Chip Inductor MH series are compact, low-profile components with...
Details Add to List
22nH, 300mA, 1005 RF Inductor, Multilayer Chip Inductor
MH100522NJL
22nH, 300mA, 1005 Multilayer Chip Inductor MH series are compact, low-profile components with...
Details Add to List
24nH, 300mA, 1005 RF Inductor, Multilayer Chip Inductor
MH100524NJL
24nH, 300mA, 1005 Multilayer Chip Inductor MH series are compact, low-profile components with...
Details Add to List
27nH, 300mA, 1005 RF Inductor, Multilayer Chip Inductor
MH100527NJL
27nH, 300mA, 1005 Multilayer Chip Inductor MH series are compact, low-profile components with...
Details Add to List
33nH, 200mA, 1005 RF Inductor, Multilayer Chip Inductor
MH100533NJL
33nH, 200mA, 1005 Multilayer Chip Inductor MH series are compact, low-profile components with...
Details Add to List
Download Hot Products
How Can High-Q Multilayer Chip Inductors Improve Your RF Circuit Performance?
Our multilayer chip inductors with Q factors exceeding industry standards can significantly enhance your RF circuit's signal integrity and power efficiency. With self-resonant frequencies optimized for wireless applications, these components minimize signal loss and reduce power consumption in your designs. Contact our engineering team to discuss how our precision-manufactured inductors can help you achieve superior performance in your next-generation RF products.
Each multilayer chip inductor is constructed with a ceramic body, silver internal conductor, and Ag/Ni/Sn terminal electrode, ensuring excellent electrical performance and solderability. With current ratings ranging from 310mA to 470mA and inductance values from 1nH to 3.6nH in our standard series, these components offer the precision tolerance and stability required for demanding RF circuits. Backed by our IATF16949 quality certification and 45 years of manufacturing expertise, ABC ATEC's multilayer chip inductors deliver consistent performance across automotive, telecommunications, medical, and consumer electronics applications where size constraints and electrical performance cannot be compromised.