Nuevos Ferritas
Vishay / Dale ILHB Automotive Multilayer Chip Ferrite Beads are automotive-grade multilayer chip ferrite beads designed for effective noise suppression in compact electronic circuits. These Vishay / Dale AEC-Q200 multilayer chip ferrite beads come in an ultra-small 0402 to 1206 surface-mount package, making these devices suitable for dense PCB layouts and modern miniaturized designs. The ILHB series is ideal for automotive and high-reliability applications that require stable performance and consistent impedance characteristics.
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Vishay ILHB Automotive Multilayer Chip Ferrite BeadsDesigned for effective noise suppression in compact electronic circuits.26/03/2026
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Fair-Rite 61 Material™ Wireless Charging Ferrite PlatesDesigned to improve the efficiency of wireless power transfer (WPT) systems.18/03/2026 -
Fair-Rite 96 Material™ Wireless Charging Ferrite PlatesHas a recommended system power of 5000VA to 16,000VA & has a maximum plate thickness of 8±0.25.18/03/2026 -
Fair-Rite Oval Ferrite Snap-It® CoresAllow for two cables to be run side-by-side.20/01/2026 -
Fair-Rite Multi-Aperture CoresUsed in suppression applications and in balun (balance-unbalance) and other broadband transformers.22/12/2025 -
Murata BLM Ferrite Beads for Powertrain & SafetyIncludes optimum components that meet various rated current and noise frequency ranges.28/10/2025 -
Murata BLM15VM Automotive Ferrite Bead InductorSupports high frequencies and is designed for automotive powertrains and safety applications.25/09/2025 -
Proterial FINEMET® FT-3TL Non -Cut CoresUtilize nanocrystal soft magnetic material, ensuring a lower loss of 1/3 - 1/4 compared to the F3CC.28/07/2025 -
TDK Large-Size Ferrite CoresOptimizes the magnetic design for efficiency and thermal performance.28/07/2025 -
Murata AI Server Application SolutionsWide range of products that are suitable for AI environments and applications.22/05/2025 -
Fair-Rite Toroidal Suppression CoresEnsures high impedance, achieves optimal EMI suppression, and enhances system reliability.9/04/2025 -
TDK Núcleos de chip MPZ1608Designed as a noise reduction solution for power lines.4/03/2025 -
TDK Núcleos de bobinado distribuido (DG) B66375 y B66894Features N87, N88, N95, or N97 core material, helps with downsizing and increasing power density.14/01/2025 -
Fair-Rite Oval Clip-IT™ CoresDesigned for common-mode chokes to suppress generated noise from motor drives and power supplies.10/01/2025 -
TE Connectivity BMC-Q Automotive Multilayer Chip BeadsCon calificación AEC-Q200 y disponibles en tamaños de paquetes 0402, 0603, 0805 y 1204.13/08/2024 -
Signal Transformer / Bel FCB Series Ferrite Chip BeadsOffers height profiles of 0.5mm, 0.8mm, and 0.9mm and small footprint designs.15/04/2024 -
TDK MAF1005FR Noise-Suppression FiltersFor audio lines in devices, low-distortion ferrite materials reduce distortions during insertion.21/11/2023 -
Bourns MH2029-T High Current Ferrite BeadsLow DCR of 0.004Ω to 0.12Ω with rated current up to 8500mA in a compact, low-profile 0805 SMD size.2/11/2023 -
Murata BLH03 Noise FiltersFeature horizontal winding inner coil structure enables low storage capacitance.5/09/2023 -
Pulse Electronics AEC-Q200 RF Chip InductorsFeature high Q value and high-self resonant frequency.6/07/2023 -
Fair-Rite Transformadores toroidales de potencia de alta frecuenciaOfrecen frecuencias de hasta 5 MHz y están optimizados para pérdidas mínimas a temperaturas elevadas.29/12/2022 -
Abracon High-Current Ferrite BeadsMonolithic inorganic construction materials enable high heat resistance and a broad impedance range.27/10/2022 -
Würth Elektronik EMI Suppression CPU Ferrite PlatesThermally conductive ferrite plates with impedances up to 800Ω, designed for EMI absorption on CPUs.28/09/2022 -
Chemi-Con FW Series Nanocrystalline Inductors (Coils/Cores)Achieves high performance & small, lightweight design by using high-magnetic permeability material.1/08/2022 -
Bourns MH1608-T Compact High Current Ferrite BeadsRated current up to 5A in a low-profile 0603 package with 1.6mm x 0.8mm x 0.8mm dimensions.11/07/2022