100 Pcs UU9.8 UF10.5 Common Mode Choke Inductor Set for EMI Filtering Enhance your circuit performance with our comprehensive set of common mode choke inductors, specifically designed for effective EMI filtering. This collection includes five inductance values—10 mH, 20 mH, 30 mH, 40 mH, and 50 mH—allowing for precise tuning to meet your specific needs. Key Benefits: - EMI Suppression: Effectively reduces common mode noise on power and signal lines, ensuring improved circuit functionality. - Flexible Inductance Options: Choose from five inductance values (10 mH to 50 mH) for tailored filter response. - Ample Supply: 100 pieces included, providing sufficient components for design, production, and maintenance. - Easy Integration: Simple to incorporate into filter circuits, enhancing overall signal integrity. Key Attributes: - Product Type: Common Mode Choke Inductor - Inductance Options: 10 mH, 20 mH, 30 mH, 40 mH, 50 mH - Quantity: 100 pieces - Model References: UU9.8 UF10.5 - Application: Ideal for noise suppression in EMI filter networks Specifications and Compatibility: - Functionality: Reduces EMI through common mode filtering in circuits. - Size and Footprint: As detailed in the product title. - Material Details: Not specified; constructed as a common mode choke inductor. - Performance Range: Inductance values available from 10 mH to 50 mH. Applications and Use Cases: - Switching Power Supplies: Ideal for DCDC converter input filters to minimize conducted EMI. - Audio/Video Equipment: Enhances noise rejection on power and signal lines for clearer performance. - Telecommunication and Networking: Essential for EMI suppression on lines to ensure reliable communication. Packaging and Contents: - Set includes 100 pieces. - Inductance values available: 10 mH, 20 mH, 30 mH, 40 mH, 50 mH. - Brand/Model References: UU9.8 UF10.5. Notes: This product is a set of common mode choke inductors with specified inductance values and features as indicated. For specific electrical ratings, mounting guidance, and compatibility with your PCB design, please refer to the supplier's specification sheet.