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Ca30 Series 220UF Axia Tantalum Capacitor

China Ca30 Series 220UF Axia Tantalum Capacitor, Find details about China 220UF Tantalum Capacitor, Axial Tantalum Capacitor from Ca30 Series 220UF Axia Tantalum Capacitor

Model NO.
TMCT09
Electrolyte
Tantalum
Usage
Military Products
Tuning
Tantalum
Filter
Liquid Tantalum Capacitor
Lead Type
Axial Type
Trademark
TOPMAY
Transport Package
Bulk
Specification
CE RoHS
Origin
China
HS Code
853221900
Model NO.
TMCT09
Electrolyte
Tantalum
Usage
Military Products
Tuning
Tantalum
Filter
Liquid Tantalum Capacitor
Lead Type
Axial Type
Trademark
TOPMAY
Transport Package
Bulk
Specification
CE RoHS
Origin
China
HS Code
853221900

TMCT09 CA30 Series Non-Solid Electrolytic Tantalum Capacitor

Features: 

  • Silver case encapsulation,  Epoxy end-filled, Tubular, Axial-lead, with insulation sleeve.
  • Excellent in electrical performances, High reliablity,  Low DCL,  Long life span, meets SJ/T10030-91( Industry standard), Small in case for easy using.

  • Applicable to DC&Pulse current of communications-equipments and instruments

    Executive Standard: QJ/PWV139-2003

 
Specification:
Operating Temperature Range: -55 °C ~+125 °C ( >85C with rated voltage derating);
Nominal Capacitance Range: 1~3300uF
Rated Voltage Range:6.3~125V
Capacitance tolerance: +/-10%( K),  +/-20%(M)
DC leakage: At +20 °C , IO ≤0.001 CRUR(uA) or 1uA ( Choose the greater one)

                           At  +85°C or +125 °C, I ≤0.008  CRUR(uA) or 8uA ( Choose the greater one)

Dissipation Factors: Not exceed the original parameter 

ESR of Negative Temperature:  Not exceed the original parameter 

  


Ca30 Series 220UF Axia Tantalum Capacitor
Specification:
 

  Operating Temperature Range   -55 °C ~+125 °C ( >85C with rated voltage derating)
  Nominal Capacitance Range  1~3300uF
  Rated Voltage Range  6.3~125V
  Capacitance tolerance  +/-10%(  K) ,  +/-20%(M)
  DC leakage  At +20 °C , I O ≤0.001  C R U R(uA) or 1uA ( Choose the greater one) At   +85°C or +125  °C, I  ≤0.008    C R U R(uA) or 8uA  ( Choose the greater one)
  Dissipation Factors  Not exceed the original parameter 
  ESR of Negative Temperature  Not exceed the original parameter 

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