Lambda / TDK / EMI LLS8008

The Lambda/TDK EMI LLS8008 is a single-stage EMC/EMI filter engineered to suppress both common mode and differential mode noise across conducted emissions up to 30 MHz. This passive component integrates into electronic systems requiring electromagnetic compatibility compliance, delivering effective noise mitigation without active circuitry. The LLS8008 addresses radiated and conducted EMI through a compact design suitable for direct connection to power sources and load circuits. Built to meet FCC Part 15, CE marking, UKCA, and EU Directive 2004/108/EC requirements, it supports system integration in applications where EMI control is mission-critical. RoHS-compliant construction ensures regulatory alignment across global markets.

– Technical Specifications

• Noise Suppression: Common mode and differential mode attenuation
• Conducted Emissions Mitigation: Up to 30 MHz
• Radiated EMI Reduction: Effective across operating bandwidth
• Construction: Single-stage filter topology
• Passive Component: No active electronics required

– Key Features

• Compact form factor optimized for equipment integration
• Direct power source and load circuit connectivity
• RoHS directive compliance
• Supports multiple international EMC/EMI standards including EN 55011, EN 55032, and EN 61000 series

– Typical Applications

• Automation and industrial control systems
• Automotive test environments
• Component and device testing platforms
• Automatic Test Equipment (ATE)
• Medical imaging and treatment systems
• Semiconductor processing and burn-in operations
• Test and measurement instrumentation

– Compatibility & Integration

The LLS8008 functions as a passive filtering component requiring no external power or control signals. System integration involves connection between AC mains or power distribution and downstream load circuits. The filter architecture supports compliance pathways for USA, European, and UK electromagnetic compatibility regulations, enabling market access across these regions without additional filtering stages.