With sizes from 0201 to 3312, having DC resistance as low as 0.01 ohms, peak impedances over 3 ohms, and current carrying capability as high as 10 amps, Laird Technologies chip beads can solve most board-level signal line filtering applications.
EMI and electrical noise can originate at, or affect, almost any device on a circuit board. Ferrite chip beads provide the most widely used, cost-effective, compact EMI filtering option for circuit designers. Ferrite chip beads provide lossy impedance at a variety of impedance and frequency ranges. Compact package sizes, as small as EIA 0201, assist dense circuit board construction and allow the ferrite chip beads to be placed close to the EMI source or receptor.
Peak impedances as over 5000 ohms are available, with low DC resistances (DCR) down to 0.004 ohms, giving designers a wide range of filtering options. High frequency versions to 3 GHz and high current parts up to 10 amps further extend the problem-solving range of these products.
Laird Technologies’ ferrite chip beads are ideal for miniature and portable electronic system devices and digital signal lines. They offer space efficiency with superior EMI noise filtering over a wide frequency range of low to several hundred MHz for broad-band signal interfaces, up to GHz ranges for high frequency signal lines.
With a small footprint and excellent performance retention under bias, Laird Technologies’ ferrite chip beads offer superior impedance versus frequency characteristics that are economical with a broad range of impedance values and current ratings.
Contact Laird Technologies today for your complete application solutions for ferrite chip beads.
Full range of chip beads with sizes from 0402 to 1806 and impedance values up to 2000 ohms.
The highest current chip beads in the industry going up to 10 amps in a compact surface mount chip bead.
Provides significant levels of impedance from 100 MHz to beyond 1Ghz.
Assembled parts that are surface mounted, providing significant levels of impedance.
Provides compact, cost effective EMI filtering for densely packed PCB designs.
Click on the datasheets below to find out more about this product line.
The PDF(s) above require Adobe Acrobat Reader for proper viewing. If you do not have Acrobat Reader, or would like to upgrade to the newest version, please click here.
Click on the downloads below to learn more about the product lines.
Ferrite Board Level EMI suppression Component LiteratureEMI Filtering & RF Inductor Solutions Brochure - (03-13)EMI Filtering & RF Inductors Catalog - (04-13)Ferrite EMI Noise Filtering Solutions Brochure - (03-13)EMI Ferrite Chip Bead 0201 Brochure - (12-09)EMI Part Number Nomenclature Explanation Brochure Download - (06-10)
EMI Part Family Application Chart Brochure Download - (12-07)EMI Chip Beads for PCB Application Notes Download - (02-08)Lead Free / RoHS Compliance Application Notes Download - (02-08)SPICE
Laird Technologies has released a revolutionary new SPICE model for EMI ferrite chip beads. This new, time saving design aid includes the de-rating effects of dc bias currents on small ferrite board level parts. Other existing SPICE models are only capable of predicting performance of ferrite chip beads when they are not under any significant operating load. The new SPICE Model has the capability of predicting (with superior accuracy) the real performance of an EMI chip bead actually in circuit operation.
SPICE Files DownloadQuality CertificationsISO 9001:2008 Certification - StewardISO 9001:2008 Certification - ShenzhenISO 16949:2009 Certification - StewardISO/TS 16949:2009 Certification - ShenzhenIECQ Certificate - Plant 1IECQ Certificate - Plant 2Lead Free / RoHS Compliance Application Notes Download - (02-08)Ferrite
SIP-AmericasSales@lairdtech.com Manufacturer Reps
+86 757 2563 8860
Our Business | History | Leadership | Laird-PLC | Investors Relations | News & Events | Careers | Policies
Antennas & Reception Solutions | EMI Solutions | Power Products | Thermal Management Solutions | Embedded Wireless SolutionsTelematics & Tracking Devices | Remote Control Systems | Mining Communications Systems
Handsets & Mobile | Automotive Electronics | Telematics & Asset Tracking | Consumer Electronics | Industrial & Instrumentation | Medical | Military Wireless M2M | IT/Computing | Telecommunications