Polymer Hybrid Aluminum Electrolytic Capacitor
High Endurance and High Ripple Current
Panasonic’s Hybrid Capacitors combine the benefits of Aluminum Electrolytic and Specialty Polymer Capacitors resulting in a Capacitor featuring high endurance, low-ESR, high tolerance for ripple current, inrush currents and elevated temperature. Hybrid Capacitors are known for their stable electric characteristics at high frequencies while maximizing reliability. These Hybrid Capacitors are compact, allowing significant board space savings and vibration-proof parts are also available.
Hybrid Capacitors for MLCC Replacement
The Hybrid Capacitor product line features many suggested MLCC Alternative Series, which include EEH-ZA, EEH-ZC, EEH-ZE, EEH-ZK, EEH-ZS, and EEH-ZF.
Polymer Hybrid Aluminum Electrolytic Capacitor
Panasonic's Hybrid Capacitors offer a robust fusion of aluminum electrolytic and specialty polymer features, providing high endurance, low ESR, and excellent ripple current tolerance for efficient MLCC replacement in compact, reliable designs.
Series comparison (24)
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Introduction to Panasonic Industry Hybrid Capacitors
Panasonic Industry's Conductive Polymer Hybrid Aluminum Electrolytic Capacitors combine the benefits of Aluminum Electrolytic and Specialty Polymer Capacitors resulting in one Capacitor. With over 20 Series, learn more to determine which Hybrid Capacitor can enable your design!
High Temperature Series Hybrid Capacitors
High Temperature Series Hybrid Capacitors represent a significant advancement in components with high temperature resistance, providing a high ripple current level. These series boast a high endurance rating of 135°C 4000h and 145°C 2000h, along with enhanced ESR performance, enabling ripple currents of up to 2A@135°C. High Temperature Series Hybrid Capacitors include the ZE and ZF Series offer excellent heat resistance, high current capacity, and long lifespan, making it ideal for miniaturized designs that require the ability to withstand high temperatures. Being AEC-Q200 compliant ensures optimal quality and reliability.
Large Capacitance Series Hybrid Capacitors
Large Capacitance Series Hybrid Capacitors represent a significant advancement in component miniaturization, offering improved ripple current and high capacitance levels. These series boast a high endurance rating of up to 135°C 4000h and large capacitance values of 39μF to 1000μF depending on the series. Large Capacitance Series Hybrid Capacitors include the ZKU, ZTU, ZSU, and ZUU Series Hybrid Capacitors and can reduce the number of required capacitors on the PCB during design. These series are AEC-Q200 compliant, ensuring optimal quality and
reliability for any demanding application.
High Ripple Current Series Hybrid Capacitors
High Ripple Series Hybrid Capacitors represent a significant advancement in ripple current performance, offering improved capacitance compared to existing Capacitor series. These series boast a high endurance rating of 125°C 4000h and 135°C 4000h, along with enhanced ESR performance, enabling ripple currents of up to 6.1A@125°C. High Ripple Series include ZT, ZS, ZU, ZUU, and ZTU Series and with impressive ripple current and capacitance capabilities, they optimize your PCB design, reducing the need for multiple capacitors. These High Ripple Current Series are AEC-Q200 compliant, ensuring optimal quality and reliability for any demanding application.
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Playlist
Are There Any Alternatives To Using MLCCs? (S1 E7)
Chalk Talk Discussing MLCC Replacements from Panasonic
Aluminum-Polymer Hybrid Capacitors Overview
Quick Clips: Anti-Vibration Capacitors
New Product Spotlight: EEH-ZK(U) Series Capacitors
New Product Brief: EEH-ZS(U) Series
New Product Brief: EEF-JX/KX Series SP-Cap™ Polymer Aluminum Electrolytic Capacitors
New Product Introduction: EEH-ZT(U) Series Capacitors
EEH-ZT(U) Series Hybrid Capacitors
