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Circuit feedthrough YFF
for power suppliessingle-elementfor electronics

Circuit feedthrough - YFF - TDK Electronics Europe - for power supplies / single-element / for electronics
Circuit feedthrough - YFF - TDK Electronics Europe - for power supplies / single-element / for electronics
Circuit feedthrough - YFF - TDK Electronics Europe - for power supplies / single-element / for electronics - image - 2
Circuit feedthrough - YFF - TDK Electronics Europe - for power supplies / single-element / for electronics - image - 3
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Characteristics

Product applications
for power supplies, for circuits
Configuration
single-element
Domain
for electronics

Description

Overview
TDK's YFF Series 3-terminal feed-through filter provides compact, high-frequency noise suppression on power lines by combining a low-ESL design with a 3-terminal configuration. It is intended to simplify decoupling strategies in high-speed electronic designs and reduce the number of MLCCs required for stable power delivery.

Key benefits
  • Low ESL for improved attenuation at high frequencies
  • 3-terminal feed-through layout for direct line filtering on PCBs
  • Helps reduce the total count of MLCCs needed for decoupling
  • Compact form factor suitable for dense, high-speed layouts

Applications
  • Power-line noise suppression in high-speed digital and mixed-signal circuits
  • EMI/RFI mitigation where PCB area or MLCC count is limited
  • Decoupling simplification in power distribution networks of compact devices

Technical specifications
  • Series name: YFF Series
  • Product type: 3-terminal feed-through filter
  • Primary features: low ESL, targeted high-frequency noise suppression, MLCC count reduction
  • Target applications: high-speed electronics, power-line decoupling, EMI mitigation
  • Manufacturer: TDK

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.