Capacitor DGCX MPE155J2SD06HC0300R Epoxy Encapsulated Non Inductive Wound Structure for LED Drivers

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Product Description

Product Overview

The CL21(H)/MPE series capacitors are epoxy-encapsulated metallized polyester film capacitors designed for DC filtering applications such as PFC and DC link in electronic equipment. They feature a non-inductive wound structure, small size, good self-healing properties, and are coated with flame-retardant epoxy resin powder. These capacitors are widely used in LED drivers, switching power supplies, electronic ballasts, and inverters.

Product Attributes

Brand: DGCX ()
Origin: Guangdong Province, Heyuan City, Longchuan County, Shenzhen Bao'an (Longchuan) Industrial Transfer Industrial Park C1 Plot
Material: Metallized Polyester Film, Tin-plated Copper Clad Steel Leads, Flame-retardant Epoxy Resin Powder
Certifications: RoHS, REACH, Halogen-free (if required)

Technical Specifications

Product Code	Capacitance (uF)	Tolerance (%)	Rated Voltage (VDC)	Dielectric Loss (DF) (1KHz, %)	Dimensions (mm) WHT	Lead Pitch (mm)	Lead Type	Environmental Requirements
MPE155J2SD06HC0300R	1.5	5%	450	1.0	16.516.56.0	15.0	P=15, L=3	RoHS, REACH

Parameter	Specification	Test Method
Climate Category	55/125/21
Operating Temperature Range	-55~+125	(+85~+125: rated voltage derating 1.25% / )
Rated Temperature	85
Capacitance Range	0.01F10F
Capacitance Tolerance	5%(J), 10%(K), 20%(M)
Rated Voltage	250V, 400/450Vdc, 500/520Vdc, 630Vdc
Dissipation Factor (DF)	0.01 (1kHz, 20)	GB 7332, IEC60384-2
Insulation Resistance	10,000M for C0.33uF (100VDC, 60s)
	5000M*uF for C>0.33uF (100VDC, 60s)
Withstand Voltage	1.6UR(VDC), 5s
Max Pulse Rise Rate (dV/dt)	See table in source	If actual working voltage (U) is lower than rated voltage (UR), dV/dt allowed value should be multiplied by UR/U
Terminal Strength (Tensile)	10N, 10s	No visible mechanical damage
Terminal Strength (Bending)	5N, 902 times	For 0.6 & 0.8mm wire diameter
Solderability	95% tinning rate	Flux temp: 2455, Immersion time: 2.50.5s
Solder Heat Resistance	Appearance: No visible damage	Solder temp: 2605, Immersion time: 101s, Recovery time: 1~2h
	DF increase 0.005 (C1.0F, 10kHz) / 0.003 (C>1.0F, 1kHz)
	Capacitance change C/C2%
Rapid Temperature Change	Appearance: No visible damage	A=-40, B=+105, 5 cycles, t=30min
Vibration	Appearance: No visible damage	Amplitude 0.75mm or acceleration 98m/s, 10-500Hz, 3 directions, 2h each, total 6h
Shock	Appearance: No visible damage	4000 times, acceleration 390m/s, pulse duration: 6ms
Final Measurement (after Shock/Vibration)	Appearance: No visible damage
	Capacitance change C/C5%
	DF increase 0.003 (C1.0F, 10kHz) / 0.002 (C>1.0F, 1kHz)
	Insulation Resistance IR/IR50%
Sequential Humidity Test	Appearance: No visible damage	Dry Heat +105, 16h; Cyclic Damp Heat (Test Db, 1st cycle); Cold -40, 2h; Low Pressure 8.5kPa, 1h; Cyclic Damp Heat (Test Db, remaining cycles)
	Capacitance change C/C5%
	DF increase 0.005 (C1.0F, 10kHz) / 0.003 (C>1.0F, 1kHz)
	Insulation Resistance IR/IR50%
Steady State Damp Heat	Appearance: No visible damage	RH 90-95%, 402, 21 days, Recovery time: 1~2h
	Capacitance change C/C5%
	DF increase 0.005
	Insulation Resistance IR/IR50%
Endurance	Appearance: No visible damage	T=85, 1000h, Voltage: 1.25UR
	Capacitance change C/C8%
	DF increase 0.003 (C1.0F, 10kHz) / 0.002 (C>1.0F, 1kHz)
	Insulation Resistance IR/IR50%
Characteristics Dependent on Temperature	See table in source	Static method, capacitor held sequentially at specified temperatures (-40, +20, +105)
Charge/Discharge	Capacitance change C/C5%	10,000 cycles, Charge time: 0.5s, Discharge time: 0.5s, Charge voltage: UR, Charge resistance: 220/CR (), Discharge resistance: 10/CR or 20 (whichever is greater)
	DF increase 0.003 (10KHz, CR1.0uF) / 0.002 (1KHz, CR>1.0uF)
	Insulation Resistance IR/IR50%