10000UF 63V Screw Aluminum Electrolytic Capacitor

Min.Order: 1,000
Product origin: Shenzhen, Guangdong, China
Infringement complaint: complaintComplaint
US$ 10 ~ 20

Description
 
Screw Terminal Electrolytic Capacitor

Features

 Screw terminal type, wide temperature range.
Suitable for computer, communication power and inverters.
Having saftety vernts.


Specifications                                                          
ItemCharacteristics
Rated Voltage Range10~450V.DC
Operating Temperature
Range
-40ºC~105ºC
Capacitance Tolerance±20%(M)  (25ºC,100 or 120Hz)
Leakage CurrentI≤ 0.01 (mA)
Whichever is greater after 5 minutes at 25ºC.
Dissipation Factor
UR(V)200250~450
tgδ0.150.20
   (25ºC,100 or 120Hz)
 
 
Low Temperature
Characteristics
Impedance ratio at 100Hz or 120Hz shall not exceed the values given in the below table.
UR(V)10~3550~100200~250400~450
Z-40ºC/Z2510677
Load  LifeAfter application of rated voltage with ripple current for 5000hours at 105ºC,the following specification shall be satisfied.
Capacitance ChangeWithin ±20% of the initial value
 Dissipation FactorNot more than 200% of the specified value
Leakage CurrentNot more than the specified value
OthersSatisfies characteristic W of JIS C5141


Others
Meet Q/RME 149-2013, GB/T 5993-2003



More details pls ask for datasheets!
 
Shenzhen Topmay Electronic Co,.Ltd
23-year manufacturer of capacitors
Established in 1998, Shenzhen Topmay Electronic Co. Ltd is engaged in manufacturing, researching and developing a wide variety of capacitors.
Wide product range
  • Multilayer ceramic capacitors (radial, axial, and SMD)
  • Ceramic disc capacitors (low and high voltage)
  • Aluminum electrolytic capacitors (radial, axial and SMD)
  • Film capacitors (polyester, polypropylene and metallized)
  • Tantalum capacitors (radial, SMD, axial) and others)
  • Mica capacitors
  • Super capacitors
Monthly output of 1 million units

Prompt delivery

  • In-stock items: three- to five-day lead time
  • Regular orders: seven- to 10-day lead time
  • OEM orders: 15-day lead time
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