Interference Suppression Capacitor MKP X2 KYET PX473K2C1501 for Electrical Power Supply Applications

Product Overview

This specification covers the KYET MKP-X2 Metallized Polypropylene Film AC Capacitor, designed for suppressing electromagnetic interference in power supplies. It is a fixed capacitor suitable for applications requiring interference suppression, adhering to Class-X2 standards.

Product Attributes

• Brand: (KYET ELECTRONICS CO., LTD)
• Origin: (Dongguan City), China
• Material: Metallized Polypropylene Film dielectric, Zinc-Tin Alloy metal spray, Copper-clad Steel Wire lead wire, Epoxy Resin case (V-0 flame retardant), Plastic Case (V-0 flame retardant).
• Certifications: cULus / ENEC / CQC

Technical Specifications

Product Code Comparative Table

Model: MKP-X2

Product Code: PX473K2C1501

Breakdown:

• 1. Product Type: X2 (Code: PX)
• 2. Capacitance Code: 473 (10,000pF = 10nF = 0.01uF)
• 3. Tolerance: K (10%)
• 4. Rated Voltage: 2C (310VAC)
• 5. Lead Space: 15 (15mm)
• 6. Accessory Code: 01 (First edit for each specification)

Product Specifications

1. Scope

This specification covers the requirements of KYET Metallized Polypropylene Film AC Capacitor (Interference Suppressors Class-X2).

2. Standard Atmospheric Conditions for Measurements

• Ambient Temperature: 15 to 35 (or +20 5 if in doubt)
• Relative Humidity (R.H.): 45% to 75% (or 60% to 70% if in doubt)
• Air Pressure: 86 kpa to 106 kpa

3. Construction

• Dielectric: Metallized Polypropylene Film
• Metal Spray: Zinc-Tin Alloy
• Lead Wire: Copper-clad Steel Wire
• Epoxy Resin: V-0 Flame Retardant
• Plastic Case: V-0 Flame Retardant

4. Marking

• Manufacturer Symbol: KEYA ELECTRONICS CO., LTD
• Type/Material: MKP (for X2 type)
• Capacitor Class: X2
• Nominal Capacitance: Expressed in 3-digit EIA code (e.g., 473 = 0.047F)
• Tolerance: J (5%), K (10%), M (20%)
• Rated Voltage: 310VAC, 350VAC, 380VAC
• Climatic Category: 40/110/21/B
• Approval Marks: cULus / ENEC / CQC
• Manufacture Code: e.g., 182235 (Year 2018, Batch 2235)

5. Electrical Characteristics

• Withstand Voltage (TV):
  • Between Terminals: 1.5-2 times rated DC voltage for 60 sec (non-standard miniaturized products); Apply DC for 60 sec (rate 150V/s, zero to test voltage).
  • Between Terminals & Enclosure: 2*Ur + 1,500VAC for 2 to 5 sec. Min. 2,000VAC.
• Dissipation Factor (DF): 0.001 (0.1%) at 1 KHz
• Capacitance (CAP): Within specified tolerance at +20 5. Measuring Frequency: 2%; Measuring Voltage: 1 Vrms.
• Insulation Resistance (I.R.):
  • C0.33F: 15,000 M
  • C>0.33F: 5,000 M*F/C
  • Test Voltage: 100 VDC, Charge Time: 605 sec.
• Soldering Property: Solder coverage >90% of circumferential surface of lead wire. Soldering Temp: +265 5, Immersion Duration: 3 0.5 sec.

6. Mechanical Characteristics

• Terminal Strength (Tensile Strength): Apply 1.0Kg for 10 1 sec. axially and away from the body.

7. Endurance Characteristics

• Temperature Cycle: 5 cycles (-40 to +110). After test, Capacitance Change Rate: Within 5%; Dissipation Factor: Max. 0.002 (0.2%) @ 1KHz; Insulation Resistance: 50% of NO.5.4 limit.
• Dry Heat Resistance: Test at +110 2 for 16 + 1/-0 hrs. After test, Capacitance Change Rate: Within 5%; Dissipation Factor: Max. 0.002 (0.2%) @ 1KHz; Insulation Resistance: 50% of NO.5.4 limit.
• Cold Resistance: Test at -40 3 for 2 1 hrs. After test, Capacitance Change Rate: Within 5%; Dissipation Factor: Max. 0.002 (0.2%) @ 1KHz; Insulation Resistance: 50% of NO.5.4 limit.
• Damp Heat: Test at +40 2, 90%-95% R.H. for 21 days.

Guideline of Notabilia for the Usage of Plastic Film Capacitors

Plastic film capacitors use organic films for their dielectrics, thus they may fume or flame when damaged by over-voltage or over-current. Please use them within their correct circuit conditions and rated specifications.

1. Circuit Design

• Use capacitors within their characteristic ratings and confirm operating/mounting environments.
• Select the most suitable capacitor for operating conditions.
• Applied voltage (including surge and ripple peak) must not exceed the rated voltage.
• Do not apply current over its permissible level; consider surrounding temperature and self-heating.
• Avoid rapid charge and discharge to prevent degradation or breakdown.

2. Mounting

• Do not apply exceeding tension or torsion to lead wires.
• Mount away from heating parts, high voltage parts, and other components.
• Follow specified soldering conditions strictly.

3. Storing and Handling

• Store indoors at -10+30, <75% RH, avoiding sudden temperature changes, direct sunlight, and corrosive gases.
• Avoid excessive vibration, shock (dropping), and pressure.