TCQ Automotive Polymer Capacitor Series


TCQ Series
Features & Benefits
  • Conductive Polymer Electrode
  • Low ESR with high ripple current capability
  • Robust Design for Automotive Applications
  • 100% Surge Current Tested
  • Meets Requirements of AEC-Q200
  • -55 to +125°C Operation Temperature
  • Full Voltage Range: 2.5-50V
  • 3x reflow cycles according to J-STD-020
Typical Applications
  • DC/DC Converters
  • Telecommunications (Coupling/Decoupling)
  • Industrial & Special
  • Automotive (Body Electronics, Cabin Controls, Infotainment, Comfort, After Market, Etc)

Not recommended for use of conductive polymer parts in high power applications. For more information please see KYOCERA AVX automotive application guide or contact manufacturer.

KYOCERA AVX’s TCQ low ESR conductive polymer capacitors series with AEC-Q200 qualified components developed to deliver high endurance & performance stability to address the reliability requirements of automotive applications. Qualified to the Automotive Electronics Council’s AEC-Q200 specification – for details see the series datasheet.

KYOCERA AVX offers a wide portfolio of Automotive Solid Electrolytic Capacitors in three product families. Each of these technologies bring unique features to best suit the specific requirements for many automotive applications.

Please see the Automotive Guide Brochure for full application recommendations

  • Conventional Tantalum / MnO2 Capacitors
    (Long life time, no wear out mechanism, stable capacitance, high temperature)
  • Niobium Oxide OxiCap® Capacitors offer extremely stable and robust performance
    (long life and parametric stability, unique high resistance / open circuit / benign failure mode, stable capacitance)
  • Conductive Polymer Solid Electrolytics, See Below:
    (very low ESR, benign failure mode, high voltage)
Part Number Information
Part Number Information

TCQ Series
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Spice Models / Software
Environmental / Compliance Documents
Environmental / Compliance Documents

TCQ Series | Environmental Documentation