Brief: Get a guided demo that shows common workflows and troubleshooting tips for the Industrial Common Mode Line Filter. This video demonstrates how this 3.2x1.6mm SMD component effectively suppresses electromagnetic interference in industrial electronics, explores its wide impedance range from 20Ω to 2000Ω for different noise levels, and showcases its compact design for space-constrained circuit boards.
Related Product Features:
Compact 3216 SMD size measuring 3.2mm x 1.6mm x 1.8mm for space-efficient PCB integration.
Wide impedance range from 20Ω to 2000Ω to match different noise levels and signal frequencies.
ROHS, SGS, and ISO certified ensuring quality, reliability, and environmental compliance.
High common mode impedance at high frequency for excellent noise suppression performance.
Monthly supply capacity of 200,000 pieces with 1-3 week delivery time.
Suitable for industrial control systems, automotive electronics, and communication equipment.
Surface-mount design simplifies assembly processes in densely packed circuit boards.
Versatile applications including IEEE 1394 lines for personal computers, DVC, and STB.
FAQs:
What is the impedance range available for this common mode choke?
The common mode choke offers a wide impedance range from 20Ω to 2000Ω, allowing selection based on specific noise levels and signal frequency requirements.
What certifications does this industrial common mode filter hold?
This product is certified with ROHS, SGS, and ISO certifications, confirming its quality, reliability, and environmental compliance.
What are the typical applications for this common mode choke?
It's suitable for various industrial applications including industrial control systems, automotive electronics, medical electronics, communication equipment, and IEEE 1394 lines for personal computers, DVC, and STB.
What is the physical size and mounting type of this component?
It features a compact 3216 SMD size measuring 3.2mm x 1.6mm x 1.8mm, designed for surface-mount integration into densely packed circuit boards.