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Widely used in DC-link circuit for filtering energy storage.
Can replace electrolytic capacitors,better performance and longer life.
Leads with tinned copper wire, small size, easy installation.
Low ESL and ESR.
Plastic shell encapsulation, dry resin infusion.
High pulse current,high dv/dt withstand capability.
Operating temperature range | Max.Operating temperature.,Top,max : + 105℃ Upper category temperature : +85℃ Lower category temperatu re: -40℃ |
Capacitance range | 1μF - 200μF |
Rated voltage | 450V.DC - 1800V.DC |
Cap.tol | ±5%(J);±10%(K) |
Withstand voltage | 1.5UN DC / 60S |
Over voltage | 1.1Un ( 30% of on - load - dur. ) 1.15Un ( 30min / day ) 1.2Un ( 5min / day ) 1.3Un ( 1min / day ) 1.5Un (100ms every time,1000 times during the lifetime ) |
Dissipation factor | tgδ≤ 0.0015 f = 100Hz |
Insulation resistance | Rs×C > 10000s ( at 20℃ 100V.DC ) |
Withstand strike current | See the specification sheet |
Irms | See the specification sheet |
Flame retardation | UL94V - 0 |
Reference standard | IEC61071 |
High Capacitance Density
Provides Greater Energy Storage Capacity In A Smaller Volume, Saving Space And Improving System Integration.
High Conatct Reliablity
Ensures Stable Circuit Connection, Reduces The Risk Of Failure, And Improves The Overall Reliability Of The Equipment.
Low Loss
Generates Less Heat, Improves Energy Efficiency, Is Suitable For High-Frequency And High-Performance Applications, And Ensures Stable Operation Of The Equipment Under High Load.
Widely used in DC-link circuit for filtering energy storage.
Can replace electrolytic capacitors,better performance and longer life.
Leads with tinned copper wire, small size, easy installation.
Low ESL and ESR.
Plastic shell encapsulation, dry resin infusion.
High pulse current,high dv/dt withstand capability.
Operating temperature range | Max.Operating temperature.,Top,max : + 105℃ Upper category temperature : +85℃ Lower category temperatu re: -40℃ |
Capacitance range | 1μF - 200μF |
Rated voltage | 450V.DC - 1800V.DC |
Cap.tol | ±5%(J);±10%(K) |
Withstand voltage | 1.5UN DC / 60S |
Over voltage | 1.1Un ( 30% of on - load - dur. ) 1.15Un ( 30min / day ) 1.2Un ( 5min / day ) 1.3Un ( 1min / day ) 1.5Un (100ms every time,1000 times during the lifetime ) |
Dissipation factor | tgδ≤ 0.0015 f = 100Hz |
Insulation resistance | Rs×C > 10000s ( at 20℃ 100V.DC ) |
Withstand strike current | See the specification sheet |
Irms | See the specification sheet |
Flame retardation | UL94V - 0 |
Reference standard | IEC61071 |
High Capacitance Density
Provides Greater Energy Storage Capacity In A Smaller Volume, Saving Space And Improving System Integration.
High Conatct Reliablity
Ensures Stable Circuit Connection, Reduces The Risk Of Failure, And Improves The Overall Reliability Of The Equipment.
Low Loss
Generates Less Heat, Improves Energy Efficiency, Is Suitable For High-Frequency And High-Performance Applications, And Ensures Stable Operation Of The Equipment Under High Load.