An interactive guide to finding your optimal EMI filter solution.
Analyzing Filter Design...
Calculating attenuation across all valid components.
Welcome to the EESeal® Design Tool
Generate a validated EMI filter configuration tailored to your connector and performance requirements.
This tool provides:
Optimized capacitor selection based on application conditions
A manufacturable pinout configuration aligned to your connector
Predicted attenuation performance across frequency
All recommendations are based on Quell’s qualified component inventory and real-world design constraints.
Loading required databases ...
Step 1: Connector Selection
Define your connector manually.
Select "High Density" if contacts are tight (Size 22/23).
Enter labels exactly as they appear on the connector face.
Step 2: Capacitance Requirement
Enter the frequency range of your EMI noise to find the best performing capacitor.
Step 3: Voltage & Pin Configuration
Used to filter for parts with at least 1.75x this voltage rating.
Enter comma-separated pin labels or ranges (e.g., 1-5, 10, 20) that are grounded to the shell.
For lightning or transient voltage applications, please contact the engineering team for a custom recommendation.
Step 4: Signal Integrity
List any pins with sensitive signals. This allows for a mixed-capacitor design.
Design Recommendation & Results
Your Custom EESeal® Pinout Is Ready
Below you’ll find your optimized EMI filter pinout configuration and predicted attenuation performance based on your inputs.
Next Step:
Submit this configuration to receive a free custom sample, connect directly with a Quell engineer, request a formal quote, or schedule a live design review to validate and refine your project.
