FIve wire fan capaitor
- Ref Price:
-
- Loading Port:
- China Main Port
- Payment Terms:
- TT OR LC
- Min Order Qty:
- -
- Supply Capability:
- -
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Quick Details
Place of Origin: Anhui, China (Mainland)
Brand Name: Mascotop
Model Number: CBB61
Type: Polypropylene Film Capacitor
Application: Fan
Package Type: Surface Mount
Capacitance: 1~15uf
Rated Voltage: 450V
Operating Temperature: -40~85
material: plastic
Packaging & Delivery
| Packaging Details: | standard export packing |
|---|
| Delivery Detail: | 10~25days(depends on quantity) |
|---|
Specifications
1.low dissipation
2.high insulation resistance
3.self healing
4.steady performance
5.helpful for fan's starting and running CE UL certificated . Used for 50/60hz A.C single phase motor, especially for fan
Main Features:
1.Rated voltage: 200VAC,250VAC,400VAC,450VAC , 500VAC
2.Rated frequency: 50Hz(60Hz).
3.Rated capacitance: Between 1.0μF and 15μF
4.Withstand AC voltage between terminals: 1.75 times rated voltage for 2 seconds.
5.Withstand AC voltage between terminal and case: 2000VAC for 2 seconds.
6.Capacitance tolerance: Cn±5%.
7.Tangent of loss angle(tgδ): tgδ≤0.10% (at 50Hz)
Price term: FOB, CNF , CIF
- Q: Is the capacitor attached to the carbon foil positive?
- In order to facilitate the manufacture of capacitors, usually the electrolyte solution is immersed in special paper, and then with a place of aluminum and immersion in electrolyte solution with the paper together, so you can more easily in the original aluminum foil to lead the negative.
- Q: What are the differences between capacitors and capacitors?
- Capacitance, resistance, inductance is physical quantity. Capacitors, resistors, inductors are components that have a specific physical quantity (capacitance, resistance, inductance).
- Q: How to use the capacitor
- The sum of the DC voltage and the ripple peak voltage shall not exceed the rated operating voltage;
- Q: What is the relationship between capacitance and voltage?
- The larger the capacity of the capacitor, the larger the voltage, the smaller the capacity (uF). Since q = Cu, q is the current charge number of the capacitor, which is substantially proportional to the volume of the capacitor
- Q: What is the principle of capacitance isolation?
- When the capacitor is connected to the DC circuit, there will be a brief charging process. When the positive and negative plates are filled with charge (when the voltage across the capacitor is equal to the supply voltage), there is no current and then flow, so the capacitor is isolated DC current
- Q: What is the difference between the power capacitor and the complement?
- Wiring, three-phase complementary capacitor has three terminals, respectively (A, B, C) sub-capacitor has four terminals, respectively, then
- Q: Does anyone know the difference between the stray inductance of the capacitor and the parasitic inductance?
- This impedance can not be ignored in the presence of high frequency current, with particular note that the bypass capacitor needs to pass through the two vias when connecting the power plane and the formation so that the parasitic inductance of the vias is multiplied.
- Q: On the ground resistance, what role the capacitor
- High-frequency vibration elimination: the capacitor used in the high-frequency vibration circuit called high-frequency vibration capacitor, in the audio negative feedback amplifier, in order to eliminate the vibration may occur high-frequency self-excited, the use of this capacitor circuit to eliminate the amplifier Possible high frequency whistling
- Q: Why does the circuit current gradually decrease when charging the capacitor?
- due to the increase in the number of charge, the electrostatic field field strength will gradually increase, increasing the field strength caused by the absorption of electrons to produce exclusion, So that the number of adsorbed charges gradually reduced, the number of charge to reduce the performance of the phenomenon that the charging current is gradually reduced. When the number of charges on the two electrode plates of the capacitor reaches a gradually increasing field strength constraint, the amount of charge is not increased and the equilibrium state is reached, that is, the charge saturation current is zero.
- Q: Capacitance for AC and DC effects?
- In the sine wave AC circuit, the current size of the current flowing through the capacitor can be quantitatively calculated. Specifically, the voltage U is in volts (V), the current I is in the unit (A), the capacitance C is expressed by the law (F) (Ω), the frequency of the AC power supply is expressed in Hertz (Hz) units, and the frequency of the AC power supply is expressed in Hits (Hz)
