Automotive common-mode filter with integrated ESD protection
Enhance antenna desense and immunity
Ensure safe wireless communication in your car with AEC-Q101 grade common-mode filter
The ECMF2-40A100M6Y is an automotive-grade integrated common mode filter designed to effectively suppress EMI/RFI common mode noise on high-speed data lines including MIPI A-PHY, FPD-link III, GMSL, APIX, USB2.0, USB3.2, USB4, HDMI2.0, and HDMI2.1.
Engineered to replace traditional discrete common mode chokes or LTCC, the ECMF2-40A100M6Y (2-line configuration) and other products in the series (available in 4-line configurations) integrate robust ESD protection to comply with ISO 10605 standards, making them an ideal choice for enhancing signal integrity.
In-vehicle connectivity
In-vehicle infotainment (IVI)
Head-up display
ADAS
Key features
- AEC-Q101 qualified
- 12.5 GHz differential bandwidth
- Common mode attenuation: - 15 dB from 2.4 GHz to 5.9 GHz
- Low leakage current at VRM (IR < 70 nA)
- Low PCB space consumption: 1.89 mm²
- Wettable flank for automatic optical inspection
Recommended resources
Compact common-mode filter solutions for automotive ESD protection
Compact common-mode filter solutions for automotive ESD protection
Automotive ECMF common mode filters protect against destructive electrostatic discharges to ensure safe wireless communication
Understanding the basic parameters of common-mode filters and why they are important
This application note looks at how common-mode filters protect against antenna desense and provides recommendations for the best parameter configurations to ensure an optimized signal without distortion. Designers will find out how the ECMF series improves system quality and reliability.
How to solve antenna desense issues with ECMF common-mode filters
This application note describes how modern electronic systems use high-speed links for HD video and fast data storage and transfer, utilizing connectors with high-speed differential pair signals. The document explains the generation of electromagnetic noise by differential lines, its impact on receiver sensitivity, and methods to ensure noise-free RF signal reception.