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quality ferrite emi chip bead Laird 28A2736-000 designed for continuous current up to 10 amps applications factory
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quality ferrite emi chip bead Laird 28A2736-000 designed for continuous current up to 10 amps applications factory
quality ferrite emi chip bead Laird 28A2736-000 designed for continuous current up to 10 amps applications factory
quality ferrite emi chip bead Laird 28A2736-000 designed for continuous current up to 10 amps applications factory
>
Specifications
Mfr. Part #:
28A2736-000
Key Attributes
Model Number: 28A2736-000
Product Description

Laird EMI Filtering & RF Inductors

Laird is a global technology business specializing in enabling wireless communication and smart systems, and providing components that protect electronics. Their products are designed to allow people, organizations, machines, and applications to connect effectively, contributing to a world transformed by smart technology. Laird's components are supplied to major sectors of the electronics industry, including handset, telecommunications, IT, automotive, public safety, consumer, medical, rail, mining, and industrial markets.

  • Brand: Laird
  • Origin: London (Headquartered)
  • Certifications: Lead Free and RoHS compliant
  • Note: Products are not specifically designed or tested for medical applications. Applications with unusual environmental requirements (military, medical, life-support) are not recommended without additional testing.

Ferrite EMI Chip Beads

Ferrite EMI Chip Beads are monolithic construction components offering small footprints and high reliability. They provide excellent retention under bias and are an economical solution for power line, low frequency, and high frequency signal lines. These chip beads are available in a broad range of sizes from EIA 0201 up to 3312 and can handle up to 10 Amps (I MAX) continuous operating capability.

Part NumberProduct Series CodeEIA Size CodeRated Current CodeImpedance Value CodeDCR MAX ()RATED I MAX (continuous) mATypical Impedance () Z @ 25 MHzTypical Peak Impedance () Z @ 100 MHzPeak Impedance Frequency (MHz)
LI0402E190R-10LI0402A1900.105006191,519
LI0402C220R-10LI0402A2200.20300922830
LI0402E300R-10LI0402A3000.305009301,195
LI0402C470R-10LI0402A4700.1530015471,402
LI0402E600R-10LI0402A6000.305002960801
LI0402B800R-10LI0402A8000.802003280769
LI0402E800R-10LI0402A8000.175003480867
LI0402D121R-10LI0402A1210.4040040120682
LI0402C221R-10LI0402A2210.3530072220440
LI0402B301R-10LI0402A3010.8020096300374
HZ0402A601R-10HZ0402A6011.00100182600241
HZ0402B102R-10HZ0402A1021.002002251,000182
HZ0402A152R-10HZ0402A1522.00504001,500143
HZ0402A182R-10HZ0402A1821.401002511,800143
LI0603E470R-10LI0603A4700.1050017471,000
LI0603G800R-10LI0603A8000.207003280500
LI0603G121R-10LI0603A1210.2070052120389
LI0603E151R-10LI0603A1510.2550061150331
LI0603B201R-10LI0603A2010.4020070200420
LI0603G221R-10LI0603A2210.3070098220251
LI0603D301R-10LI0603A3010.35400144300261
HZ0603B471R-10HZ0603A4710.8520094470240
HZ0603C601R-10HZ0603A6010.45300232600168
HZ0603C651R-10HZ0603A6510.60300296650400
HZ0603B751R-10HZ0603A7510.60200302750137
MI0402L100R-10MI0402L1000.102,0003.610510
MI0402K121R-10MI0402K1210.131,50052120500
MI0603K300R-10MI0603K3000.091,50012301,000

2411041616_Laird-28A2736-000_C17651121.pdf

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