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Conductive Polymer Electrolytic Capacitors

Conductive Polymer Electrolytic Capacitors

Conductive Polymer Electrolytic Capacitors



1. Low ESR is realized using a conductive polymer.

2. Ideal for the noise rejection in wide frequency domain by the large capacitance and the low ESR.

3.  A conductive polymer has a temperature characteristics , which is little change against temperature for the ESR and capacitance.



Product features

Panasonic's conductive polymer electrolytic capacitor

Wide variety of conductive polymer capacitors in the industry.
Low ESR and long life compared to general types.

Conductive polymer electrolytic capacitor

Achieves low ESR by using conductive polymer for electrolytes

Major features

  • Very low ESR and high frequency characteristics
  • Stable characteristic not dependent on temperature and voltage
  • Higher safety than general tantalum electrolytic capacitors

■Electric conductivity of electrolytes

Electric conductivity of electrolytes


Position of each product

Fully covers the needs of the conductive capacitor market with four products

  • Maximum voltage

    100V/80V
    (OS-CON/Hybrid)

  • Maximum capacity

    2700uF
    (OS-CON)

  • Minimum ESR

    3mΩ
    (SP-Cap)

  • Small

    2012 size
    (POSCAP)

  • Rated Voltage vs. Capacitance
    Rated Voltage vs. Capacitance
  • ESR vs. Capacitance
    ESR vs. Capacitance

We offer the best product suited to your needs.


Structure of each product

  • SP-Cap logo and picture

    Anode: Aluminum
    Electrolyte: Conductive
    polymer

    SP-Capの図面
  •  
  • POSCap logo and picture

    Anode: Tantalum
    Electrolyte: Conductive
    polymer

    POSCapの図面
  • OS-CON logo and picture

    Anode: Aluminum
    Electrolyte: Conductive
    polymer

    OS-CONの図面
  •  
  • hybrid logo and picture

    Anode: Aluminum
    Electrolyte: Conductive
    polymer
    + Electrolyte

    hybridの図面

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Point of selection

In addition to electric characteristics, you can ultimately select the best product based on dimensions, shapes, and total cost.

■Examples of major circuits adopting four conductive products

  • ①Required performance
    High withstand voltage
    High ripple current

    63 V - 100 V
    Supporting up to 2.95 Arms

    hybrid logo and picture
    ZA series
    OS-CON logo and picture
    SXV series
  • ②Required performance
    High withstand voltage
    Low ESR

    10 V - 50 V
    Supporting up to ESR 8 mOhm

    hybrid logo and picture
    ZC series
    OS-CON logo and picture
    SVPK series, etc
  • ③Required performance
    High ripple current

    sp logo and picture
    CX series, etc
    POSCAP logo and picture
    TQC series
    OS-CON logo and picture
    SVPF series, etc
  • ④Required performance
    Low ESR/Large capacity
    (small, low profile)

    ESR 3 mOhm/1500 μF(2.5 V)
    2012 size,
    supporting a height of up to 1.0 mm

    SP-Cap logo and picture
    S series
    L series
    G series
    POSCAP logo and picture
    TPE series
    TPF series, etc