Double Sided Metallized 0.039UF 1000V Low Loss, , High Voltage, High Frequency, Driver Capacitor Cbb84

• Type: Polypropylene Capacitor
• Application: AC / Motor, Power, Lighting, Air Conditioner, High Voltage, Fan, Automobile
• Packaging Type: Surface Mount
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: CBB84
• Capacitance: 0.039UF
• Structure: Variable Capacitor
• Manufacturing Material: Polypropylene
• Usage: High Frequency Coupling, Tuning
• Tuning: Polystyrene Capacitor
• Transport Package: as The Purchaser Demand
• Specification: CQC, ENEC-VDE, UL-CUL, KTL
• Trademark: zhanxiang
• Origin: Chengdu City
• HS Code: 85322510

Product Description

MPN:CB84393J3A61B000

Application and Features:

Double sided metallized polypropylene,low loss,small inherent temperature rise,Suitable for the high voltage,high frequency,pulse and resonance circuits.

Specifications:

Reference Standard	IEC 60384-16, GB/T 10190
Climate category	40/105/56
Operation Temperature Range	-40~105 ºC 75~105ºC:decreasing factor 1.35%per ºC for UR(AC) 85~105ºC:decreasing factor 1.25%per ºC for UR(DC)
Rated Temperature	85ºC for UR(DC),75ºC for UR(AC)
Rated Voltage	250VDC/180VAC,400VDC/250VAC,630VDC/400VAC, (1000VDC/1250VDC)/600VAC,1600VDC/650VAC,2000VDC/700VAC
Cpacitance Range	0.00047~3.3μF
Capacitance Tolerance	+/- 5%(J), +/- 10%(K), +/-20%(M)(20C, 1kHz)
Voltage Proof	U=1.6Ur(20C, 5s)
Insulation Resistance	100VDC≤UR<500VDC: CR≤0.33uF,IR≥50000MΩ CR>0.33uF,τ≥15000MΩ·uF (20ºC, 100VDC,1min) UR≥500VDC: CR≤0.33uF,IR≥50000MΩ CR>0.33uF,τ≥15000MΩ·uF (20ºC, 500VDC,1min)
Dissipation Factor	Less than 0.0010(1kHz,)
note	The working voltage of the capacitor decreases as the temperture rises. Between 85~105 centigrade, take 85 centigrade as the base, the temperature rises 1 centigrade, the rated working(DC) voltage of the capacitor decreases 1.25%, the rated working(AC) voltage of the capacitor decreases 1.35%.