Good Self-Healing Properties 2.0uf 185K 125VAC X2 Safety Withstanding Surge Voltage Stressing
The X2 series of film capacitors are mainly used for EMI suppression by connecting the L/N of the power input, and used in parallel with the input port. The advantages are as follows:
1. This capacitor is very stable, with little change over time and stability, so the input is not easily affected by environmental factors.
2. Unlike other types of ceramic capacitors, the capacitance of film capacitors is less affected by voltage. An X7R ceramic capacitor has a capacitance change of 40% between 0V and 50% of the applied voltage.
3. Unlike most types of capacitors, film capacitors have a very low dissipation factor. This means that very little heat is generated when AC current flows through the film capacitor. The X7R capacitor converts 10% of the current flowing through it into heat, while the film capacitor is less than 0.1%.
X2 Safety Capacitor.pdf
Marking
1. CIGU logo:
2. Capacitance:(104K ,0.1μF)
3. Capacitance Tolerance:(K)±10%
4. Rated Voltage:250,275,300,305,310VAC 5. Product Class:X2
6. Product type: MPX
7. Climatic Category: 40/110/56
8. Passive Flammability Class:B
9. China approvals mark:CQC
10. Germany approvals mark:VDE
11. ENEC approvals mark:ENEC
12. American approvals mark:CUL
13. Approval standard:IEC60384-14
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| Metallized polypropylene Film | | |
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| | Cu(Copper wire) (Φ0.55 or 0.75mm) | |
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Features
1.This is specifically designed for applications in serial with the 100Vac-240Vac main, i.e. capacitive divider, for example,energy meter, LED driver etc.
2.Metallized polypropylene film
3.Good self-healing properties, withstanding surge voltage stressing
4.Long stability of capacifance
5.Good properties in damp environment
6.Excellent active and passive flame resistant abilities
Construction and main materials of products
Specifications(IEC 60384-14)
| Test items | Performance requirements | Conditions of test |
| Capacitance | Within the tolerance specified | 1KHz, 1Vrms Max. at 25℃ |
| Dissipation Factor | 0.001 (0.1%) Max. | 1KHz, 1Vrms Max. at 25℃ |
| Voltage proof | Shall be no abnormality | Between terminals 4.3UR (Vdc) Test of 60sec. |
| Between terminal and enclosure UR×200％+1500Vac, 60sec. |
| Insulation resistance | CR ≤ 0.33μF IR ≥ 15,000MΩ CR >0.33μF IR ≥6,000s | 100±15Vdc, 60sec / 25℃ |
| Robustness of terminations | No wire breakage and no damage of capacitor | Tense Strength of Terminal Load Force : 1.0 Kg
Holding Time : 10 ± 1sec |
Bending Strength of Terminal Load Force : 0.5 Kg
Bending Time : 4 x 90 ﾟ |
| Resistance to soldering heat | (1) Appearance : No visible damage
(2) △C/C : ≤ ±5% of the initial value | Solder temperature: 260±5℃
Solder time: 5±0.5sec |
| Solderability | 95% of the surface tinning | Solder temperature: 260±5℃
Solder time: 2±0.5sec |
| Rapid change of temperature | The capacitors shall be visually examined and there shall be no visible damage. | Lower category temperature: -40℃
Upper category temperature: 110℃
Number of cycles: 5
Duration t1 = 30 min |
| Vibration | The capacitors shall be visually examined and there shall be no visible damage | Frequency range: 10~55Hz
Course: X,Y,Z (axis)
2h / axis ( 6h in total)
Displacement amplitude: 0.75mm |
| Test items | Performance requirements | Conditions of test |
| Climatic sequence | (1) Appearance : No visible damage
(2) △C/C : ≤ ±5% of the initial value
(3) DF ( tanδ) : ≤ 0.008 of increased value
(4) IR : ≥ 50% of the applicable limits
(5) Voltage proof : Normal | Dry Heat
Upper Temperature: 110℃
Lower Duration: 16Hrs |
Cold
Temperature: -40℃
Duration: 2Hrs |
| Damp Heat Steady State | (1) Appearance : No visible damage
(2) △C/C : ≤ ±5% of the Initial value
(3) DF ( tanδ) : ≤ 0.008 of increased value
(4) IR : ≥ 50% of the applicable limits
(5) Voltage proof : Normal | +40°C and 93% RH, 56 days |
| Charge and discharge | (1) Appearance : No visible damage
(2) △C/C : ≤ ±10% of the initial value
(3) DF ( tanδ) : ≤ 0.008 of increased value
(4) IR : ≥ 50% of the applicable limits | Test voltage : √2 x URVAC 50 Hz
Charge and discharge: 0.5sec/time
Repeated for 10000 cycles |
| Endurance | (1) Appearance : No Visible Damage
(2) △C/C : ≤ ±10% of the initial value
(3) DF ( tanδ) : ≤ 0.008 of increased value
(4) IR : ≥ 50% of the applicable limits | 1.25 x UR VAC 50 Hz, once every hour
increase to 1,000VAC for 0.1 second,
1,000 hours at upper rated temperature |
Storage conditions
1 t should be noted that the solderability of the terminals may be deteriorted when stored barely in an atmosphere for a long preriods
2 It shouldn't be located in particularly high temperature and high humidity, it must submit to the following conditions(keeping in the original package)
Temperature: 35 MAX Relative humidity:60% MAX
3 Storage period:Losse:12 monthes max (from the manufacturing date marked on the label in package bag)
Enviroment requirement
1 Compliance with the requirement of RoHS.
2 Compliance with the requirement of REACH.
3 Without Halogen(as required).
4 Please see the attachment 2 for the test reprots of the Rohs and Reach by a third party
Quality Control
Product structure
Product Tags:
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Self Healing MPX X2 Capacitor 2.0 Uf Withstanding Surge Voltage Images
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