Stable Electrical Performance Capacitor KYET PX104K2C1504 Metallized Polypropylene Film AC Component

Price Negotiable

Price: Negotiable

MOQ: Negotiable

Delivery Time: Negotiable

Product Description

Product Overview

The KYET X2 Metallized Polypropylene Film AC Capacitor is designed for interference suppression in power supplies. It is a fixed capacitor with Class X2 rating, suitable for applications requiring stable performance and reliability.

Product Attributes

Brand: KYET ()
Origin: China
Material: Metallized Polypropylene Film dielectric, Special Solder metal spray, Copper-clad Steel Wire lead wire, Epoxy Resin and Plastic Case (UL 94V-0 flame retardant rating)
Color: Grey
Certifications: cULus / ENEC / CQC

Technical Specifications

KYET P/N	Capacitance (uF)	Tolerance (%)	Rated Voltage (VAC)	Dimensions (mm) WxHxT	Lead Pitch (P)	Lead Diameter (d)	Color	Note
PX104K2W1503	0.1	10	380	18x13.5x6	15	0.8	Grey	Meter special

Item	Description	Test Conditions
Scope	This specification covers KEYA Metallized Polypropylene Film AC Capacitor (Interference Suppressors Class-X2).
Standard Atmospheric Conditions	Ambient Temp: 15 to 35 (+20 5 if in doubt), Relative Humidity: 45% to 75% (60% to 70% if in doubt), Air Pressure: 86 to 106 kPa.
Operating Temperature Range	-40 to +110 (continuous operation at rated voltage).
Dielectric	Metallized Polypropylene Film
Metal Spray	Special Solder
Lead Wire	Copper-clad Steel Wire (Tinned)
Encapsulation	Epoxy Resin (UL 94V-0 flame retardant)
Plastic Case	UL 94V-0 flame retardant
Marking	Manufacturer's Symbol, Type, Class "X2", Capacitance (EIA 3-digit code), Tolerance (J, K, M), Rated Voltage (310-350-380VAC), Climatic Category (40/110/21/B), Approval Marks, Manufacture Code.
Withstand Voltage (Between Terminals)	4.3*Ur (DC) for 60 sec.	No abnormality.
Withstand Voltage (Terminals & Enclosure)	2*Ur+1,500VAC for 2 to 5 sec. (Min. 2,000VAC)	No abnormality.
Dissipation Factor (DF)	0.001 (0.1%) at 1 KHz	Measuring Frequency: 2%; Measuring Voltage: 1 Vrms.
Capacitance	Within specified tolerance (at +20 5).	Measuring Frequency: 2%; Measuring Voltage: 1 Vrms.
Insulation Resistance (I.R.)	15,000 M (C0.33uF) / 5,000 M*uF/C (C>0.33uF)	Applied Voltage: 100 VDC; Charge Time: 605 sec.
Soldering Property	More than 90% of circumferential surface of lead wire covered with new solder.	Soldering Temp: +235 5; Immersion Duration: 2 0.5 sec.
Terminal Strength (Tensile)	No abnormality.	Apply 1.0Kg for 10 1 sec. in axial direction away from body.
Temperature Cycle	Appearance: No remarkable change. Withstand Voltage: Satisfy NO.5.1. Capacitance Change Rate: Within 5%. Dissipation Factor: 0.002 (0.2%) @ 1KHz. Insulation Resistance: 50% of limit value in NO.5.4.	5 cycles: +20(3m) -> -40(30m) -> +20(3m) -> +110(30m) -> +20(3m). After test, 1.5 0.5 Hrs. at ordinary condition.
Dry Heat Resistance	Appearance: No remarkable change. Withstand Voltage: Satisfy NO.5.1. Capacitance Change Rate: Within 5%. Dissipation Factor: 0.002 (0.2%) @ 1KHz. Insulation Resistance: 50% of limit value in NO.5.4.	Test Temp: +110 2; Test Duration: 16 + 1/-0 hrs.
Cold Resistance	Appearance: No remarkable change. Withstand Voltage: Satisfy NO.5.1. Capacitance Change Rate: Within 5%. Dissipation Factor: 0.002 (0.2%) @ 1KHz. Insulation Resistance: 50% of limit value in NO.5.4.	Test Temp: -40 3; Test Duration: 2 1 hrs.
Damp Heat	Appearance: No remarkable change. Withstand Voltage: Satisfy NO.5.1. Capacitance Change Rate: Within 5%. Dissipation Factor: 0.002 (0.2%) @ 1KHz. Insulation Resistance: 50% of limit value in NO.5.4.	Test Temp: +40 2; Test Humidity: 90% to 95% R.H.; Test Duration: 21 days. After test, 1.5 0.5 Hrs. at ordinary condition.
Vibration Resistance	Appearance: No mechanical damage. Connection strength: No short/open circuit, stable connection.	Freq Change: 10-55-10 Hz; Vibration Distance: 1.5 mm; Direction: X,Y,Z; Duration: 2+1/-0 hrs each direction.
Soldering Heat Resistance	Appearance: No remarkable change, legible marking. Terminal Voltage: Satisfy NO.5.1. Capacitance Change Rate: Within 3%. Dissipation Factor: 0.002 (0.2%) @ 1KHz. Insulation Resistance: 50% of limit value in NO.5.4. Connection of Element: Stable.	Preheat: 100~120 (60 sec max). Temp Increase: 3/sec max. Soldering Temp: +260 5; Immersion Duration: 5 1 sec. Immersion Depth: 4 0.8mm from roots. After test, 1.5 0.5 Hrs. at ordinary condition.
Endurance Life	Appearance: No remarkable change. Withstand Voltage: Satisfy NO.5.1. Capacitance Change Rate: Within 10%. Dissipation Factor: 0.008 (0.8%) max (Cr 1uF) / 0.005 (0.5%) max (Cr >1uF) @ 1KHz. Insulation Resistance: 50% of limit value in NO.5.4.	Test Temp: +110 2; Test Voltage: 1.25*rated voltage. Test Duration: 1,000 Hrs. Hourly voltage increase to 1000 VAC for 0.1 sec. through a 475% resistor.
High Temp High Humidity	Appearance: No remarkable change. Withstand Voltage: Satisfy NO.5.1. Capacitance Change Rate: Within 5%. Dissipation Factor: 0.002 (0.2%) @ 1KHz. Insulation Resistance: 50% of limit value in NO.5.4.	Test Temp: +40 2; Test Humidity: 85% 2% R.H.; Test Voltage: 240VAC; Test Duration: 1000 Hrs. After test, 1.5 0.5 Hrs. at ordinary condition.