Metallized Polypropylene Film Capacitor with Capacitance Range 0.001F to 10F WEIDY W372S154JK6L0090EC

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Product Description

Product Overview

This document outlines the specifications for Metallized Polypropylene Film Capacitors. It details product structure, technical parameters, and testing procedures to ensure compliance with industry standards.

Product Attributes

Brand: (Weidi)
Origin: Shenzhen, China
Material: Metallized Polypropylene Film
Outer Encapsulation: Flame Retardant Epoxy Resin

Technical Specifications

Parameter	Specification	Notes
Product Name	Metallized Polypropylene Film Capacitor
Product Structure	Metallized Polypropylene Film, Gold Spray Layer, Leads, Inner Encapsulation Epoxy Resin, Outer Encapsulation Flame Retardant Epoxy Resin
Atmospheric Conditions	Standard Atmospheric Conditions (255), (505)% RH, 86-106kPa
Reference Conditions	Temperature: 25, Humidity: (505)%, Pressure: 86-106kPa
Climatic Category	40/125/21
Rated Temperature	125
Operating Temperature Range	-40 ~ 125	(Rated voltage: 125)
Rated Voltage	50V, 100V, 250V, 400V, 630V, 1000V
Capacitance Range	0.001F ~ 10F	(at 25, 1Vrms, 1kHz)
Capacitance Tolerance	5% (J), 10% (K)
Withstand Voltage	2.0 * Ur (5s)	Voltage application rate: 10V/s; Cut-off current: 50mA
Dissipation Factor (tan)	0.001 (at 25, 1kHz)
Insulation Resistance	10000M (C0.33F)	(at 25, 100Vdc, 60s)
	3000s (C0.33F)	(at 25, 100Vdc, 60s)
Lead Strength (Tensile)	Diameter (mm)	Tensile (N)
	0.8	20
	0.8	50
Lead Strength (Bending)	Diameter (mm)	Load (N)	Duration (s)
	0.8	3	5	Two bends in each of two directions
	0.8	5	5	Two bends in each of two directions
				No visible damage to leads after test
Solderability	Soldering Pot Temp: 35010	Immersion Time: 3s0.5s	Good tinning on lead surface
Resistance to Soldering Heat	Soldering Pot Temp: 35010	Immersion Time: 3s0.5s	Immersion depth: 1.5mm0.5mm from mounting surface, using 1.00.1mm insulating shield plate
	Capacitance Change: C/C0 2%	Dissipation Change: tan 0.001
Rapid Temperature Change	Temp: 1 = -40; 2 = 125	Duration: 30min	Cycles: 100
	Capacitance Change: C/C0 3%	Dissipation Change: tan 0.002	Insulation Resistance: Initial measurement value
Vibration	Frequency: 10-500-10Hz	Direction & Time: 3 directions, 2 hours each, total 6 hours	Amplitude or Acceleration: 1.5mm or 10g (whichever is lower)
			Product appearance without visible damage or looseness
Impact	Impacts: 3 times	Acceleration: 100g	Pulse Duration: 6ms
			Product appearance without visible damage or looseness
Sequential Climate Test (Dry Heat)	Temperature: 125	Duration: 16 hours	Final Measurement: No permanent breakdown or flashover, appearance without visible damage, clear marking
	Capacitance Change: C/C0 5%	Dissipation Change: tan 0.005	Insulation Resistance: Initial measurement value * 0.5
Sequential Climate Test (Damp Heat)	Severity: 95% RH, 40 for 48 hours	First Cycle: Cold Temp: -40, Duration: 4 hours	Low Pressure: Temp: 25, Pressure: 10hPa, Duration: 4 hours
	(Rated voltage applied for the last 10 mins of the test cycle)
Sequential Climate Test (Damp Heat)	Severity: 95% RH, 40 for 48 hours	Other Cycles: Complete other cycles	After test, apply rated voltage for 1 minute
Steady State Damp Heat	Temperature: 402	Humidity: 90-96%	Duration: 21 days
			Appearance without visible damage, clear marking; Capacitance Change: C/C0 5%; Dissipation Change: tan 0.005; Insulation Resistance: Initial measurement value * 0.5