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X2 class for interference suppression.
Metallized polypropylene film.
Withstanding overvoltage stressing.
Excellent active and passive flame resistant abilities.
Self-healing properties.
RoHS-compatible.
Suitable for harsh environment conditions.
THB Grade IIIB (85°C, 85% RH, 1000h at Urac).
Climatic Category / Passive Flammability Category | 40/110/56/B |
Operating temperature range | -40℃~ +110℃ |
Capacitance range | 0.01~25μF |
Rated voltage | AC 350V,50~60Hz |
Maximum continuous DC voltage | DC 630V |
Cap.tol | ±5% (J) ;±10% (K) ;±20% (M) |
Dissipation factor | at CN≤2.2μF CN>2.2μF 1KHz,20℃ 1×10^-3 3×10^-3 |
Insulation resistance | V test(VDC) 1min CN≤0.33μF CN≤0.33μF 100±15 ≥100GΩ ≥30000s |
DC test voltage | 4.3UR (DC),2s |
Long Life
CRE Capacitors Feature Long Life, Self-Healing Capabilities, And Rugged Construction, Making Them Suitable For Industrial And Electronic Equipment With High Reliability Requirements.
Self-Healing
The Self-Healing Properties Ensure That Small Defects Are Automatically Repaired For Continued Stable Operation.
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.
X2 class for interference suppression.
Metallized polypropylene film.
Withstanding overvoltage stressing.
Excellent active and passive flame resistant abilities.
Self-healing properties.
RoHS-compatible.
Suitable for harsh environment conditions.
THB Grade IIIB (85°C, 85% RH, 1000h at Urac).
Climatic Category / Passive Flammability Category | 40/110/56/B |
Operating temperature range | -40℃~ +110℃ |
Capacitance range | 0.01~25μF |
Rated voltage | AC 350V,50~60Hz |
Maximum continuous DC voltage | DC 630V |
Cap.tol | ±5% (J) ;±10% (K) ;±20% (M) |
Dissipation factor | at CN≤2.2μF CN>2.2μF 1KHz,20℃ 1×10^-3 3×10^-3 |
Insulation resistance | V test(VDC) 1min CN≤0.33μF CN≤0.33μF 100±15 ≥100GΩ ≥30000s |
DC test voltage | 4.3UR (DC),2s |
Long Life
CRE Capacitors Feature Long Life, Self-Healing Capabilities, And Rugged Construction, Making Them Suitable For Industrial And Electronic Equipment With High Reliability Requirements.
Self-Healing
The Self-Healing Properties Ensure That Small Defects Are Automatically Repaired For Continued Stable Operation.
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.