Technical Performance-Focused: The Single-Phase EMI Filter is a high-performance component designed to minimize electromagnetic interference (EMI) in electronic equipment. Featuring an impedance of ≤1.5Ω, it effectively suppresses noise, ensuring stable power delivery. Optimized for 50/60Hz systems, this filter enhances signal integrity and protects sensitive electronics from disruptions

Product Description: The Single Phase EMI Filter is a crucial component designed to reduce electromagnetic interference (EMI) and ensure the smooth operation of electronic devices. This power filter is engineered to provide efficient impedance of ≤1.5Ω, effectively suppressing unwanted noise and maintaining signal integrity. With a frequency range of 50/60Hz, this EMI filter is suitable for a wide range of applications, offering reliable performance across various power systems. Weighing just 0.7kg, the Single Phase EMI Filter is lightweight and easy to install, making it a convenient solution for EMI mitigation in diverse settings. Despite its compact size, this power filter delivers exceptional attenuation of ≥20dB, effectively filtering out disruptive signals and ensuring optimal performance of connected equipment

Key Features ✅ High-Performance Mn-Zn Ferrite Material Impedance: 83Ω @100MHz | 31.6Ω @25MHz (Tested per IEC 62333-2) Frequency Range: 1MHz–1GHz (Effective for both conducted/radiated noise) ✅ Robust Design Compliance Dimensions: 25×10×15mm (Compact toroidal form factor) Certifications: RoHS REACH compliant (Pb-Free, eco-friendly) Operating Temp: -25°C to +125°C (Industrial-grade reliability) ✅ Application Versatility Power Electronics: SMPS noise filtering, DC-DC converters Automotive: CAN bus EMI suppression, EV charging systems Telecom: USB/HDMI signal integrity protection

Nickel-Zinc Ferrite Cores – High-Performance Magnetic Solutions Nickel-zinc ferrite cores are advanced magnetic components primarily composed of nickel oxide and zinc oxide. Renowned for their exceptional magnetic properties, these cores are widely used in high-frequency electronic applications, delivering reliable and efficient performance. Key Features Benefits ●Excellent High-Frequency Performance – Ideal for applications requiring stable operation at elevated frequencies. ●Low Magnetic Losses – Enhances energy efficiency and reduces heat generation in electronic circuits. ●High Stability Durability – Ensures consistent performance in demanding environments. ●Strong Magnetic Field Handling – Optimized for effective inductance and magnetic flux control. Applications Nickel-zinc ferrite cores are extensively used in: ●Transformers Inductors ●RF (Radio Frequency) Components ●EMI Suppression Devices ●Power Supply Systems

Why Choose This Ferrite Core? 🔋 High-Performance Mn-Zn Ferrite Critical Metrics: Impedance: 83Ω @ 100MHz | 60Ω min. guaranteed per IEC 62333-2. Frequency Response: Optimized for 1MHz–1GHz (Ideal for EMC compliance). 📏 Precision Design for Easy Integration Clip-On Toroidal Shape: Snap-on installation for cables, PCB traces, and connectors. Compact Size (25×10×15mm): Fits space-constrained designs

1. Product Overview The VIP CFBF0603A471H201T is a high-performance surface-mount ferrite chip EMI suppressor designed by SHENZHEN VIIP ELECTRONICS CO., LTD for effective electromagnetic interference suppression in modern electronic circuits. This component combines excellent high-frequency noise attenuation with robust current handling capabilities, making it ideal for demanding applications in power electronics and high-speed digital systems. Key Features Benefits Optimized Impedance: 220Ω ±25% @ 100MHz provides superior noise suppression High Current Capacity: 1000mA rated current enables power line applications Ultra-Low DCR: 0.15Ω maximum minimizes power loss Compact 2012 Package: 2.0×1.25×0.9mm saves board space Extended Temp Range: -55°C to +125°C operation Environmental Compliance: RoHS compliant, Pb-free construction Reliable Construction: Robust terminal strength and vibration resistance

VIP ELXA321611A310 is a high-performance, surface-mount chip ferrite bead engineered by SHENZHEN VIIP ELECTRONICS CO., LTD to deliver superior electromagnetic interference (EMI) suppression in modern electronic circuits. Designed for high-frequency noise filtering, this compact component effectively attenuates unwanted RF signals while ensuring minimal impact on signal integrity, making it an ideal solution for high-speed digital, power management, and communication applications

1. Стандартное техническое введение Дифференциальный дроссель – решение для подавления помех Дифференциальный дроссель (ДДП) – это важный пассивный компонент, разработанный для ослабления дифференциальных помех в электронных цепях, при этом позволяя полезным сигналам проходить беспрепятственно. В отличие от синфазных дросселей, DMC специально нацелены на подавление шума между двумя проводниками, что делает их идеальными для источников питания, приводов двигателей и систем связи. Благодаря высокой индуктивности и низкому сопротивлению наши дроссели обеспечивают минимальные потери сигнала и максимальное подавление электромагнитных помех. Основные характеристики: ✔ Высокоэффективная фильтрация шума ✔ Низкое сопротивление постоянному току для минимальных потерь мощности ✔ Компактная и прочная конструкция ✔ Широкий диапазон рабочих частот Области применения: импульсные источники питания, инверторы, аудиооборудование и промышленная электроника

1. Product Introduction and Overview 1.1 Product Definition The Differential Mode Inductor is a passive electronic component specifically designed to suppress differential-mode electromagnetic interference (EMI) in power electronic circuits. As a critical element in EMI filtering solutions, it effectively attenuates noise currents flowing in opposite directions between power lines. 1.2 Key Features and Benefits High Current Capacity: Rated for continuous 8A operation with minimal temperature rise Precision Inductance: Tight ±10% tolerance ensures consistent filtering performance Optimized Construction: 155 turns of high-temperature Ø1.2mm enameled wire (EIW) Robust T184-26 core material for stable permeability V1630FS varnish coating for environmental protection Enhanced Safety: 1500V DC layer insulation withstand voltage RoHS compliant materials Compact Footprint: Space-saving design (65×35×30mm) suitable for dense PCB layouts

Product Specification: VCMC-020-242-W1 Common Mode Inductor Manufacturer: SHENZHEN VIIP ELECTRONICS CO., LTD 1. Introduction The VCMC-020-242-W1 is a high-performance common mode inductor designed and manufactured by SHENZHEN VIIP ELECTRONICS CO., LTD. This component is widely used in EMI suppression, power filtering, and noise reduction in electronic circuits. It features a robust construction with high-current handling capabilities, making it suitable for industrial, automotive, and consumer electronics applications where electromagnetic compatibility (EMC) is critical. This specification provides detailed technical information, including electrical parameters, mechanical dimensions, wiring structure, performance characteristics, and application guidelines for the VCMC-020-242-W1 common mode inductor

Расширенный технический обзор: Синфазный дроссель VCMC-022-142-L1 — лучшее решение для фильтрации электромагнитных помех В быстро меняющемся мире электронного проектирования управление электромагнитными помехами (ЭМП) и обеспечение электромагнитной совместимости (ЭМС) имеют первостепенное значение для надежности устройства и соответствия нормативным требованиям. Синфазный дроссель VCMC-022-142-L1, разработанный компанией Shenzhen VIIP Electronics Co., Ltd., представляет собой современное решение для подавления шума в высокочастотных цепях. В этом подробном руководстве подробно рассматриваются технические характеристики, преимущества конструкции, протоколы испытаний и области применения этого ведущего в отрасли компонента.

Nickel-zinc (Ni-Zn) ferrite cores are advanced soft magnetic materials composed of nickel oxide (NiO) and zinc oxide (ZnO). Engineered for high-frequency applications, these cores deliver exceptional magnetic performance, low losses, and outstanding stability, making them ideal for modern electronic and power systems. Key Features Advantages ✔ High-Frequency Efficiency – Excellent performance in RF and MHz-range applications with minimal core losses. ✔ Low Eddy Current Losses – Enhanced energy efficiency and reduced heat dissipation. ✔ High Resistivity – Superior performance in high-frequency circuits compared to other ferrites. ✔ Thermal Environmental Stability – Reliable operation under demanding temperature and mechanical conditions. Typical Applications • RF Wireless Components (Antennas, filters, baluns) • Power Inductors High-Frequency Transformers • EMI/EMC Suppression (Beads, chokes, noise filters)