Capacitor CHAMPION MPP223K0630D100904B0815 Metallized Polypropylene Film Type with Wide Capacitance Range

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Price: Negotiable

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Product Description

Product Overview

This document is an Approval Sheet for Metallized Polypropylene Film Capacitors (MPP-QP) manufactured by Dongguan Champion Electronic Technology Co., Ltd. These capacitors are designed for interference suppression applications.

Product Attributes

Brand: Champion
Origin: Dongguan, China
Product Name: METALLIZED POLYPROPYLENE FILM CAPACITOR (MPP-QP)
Customer: Liclick Mall
Approval Date: 2018.08.24

Technical Specifications

Item	Specification	Details
Scope	MPP (Metallized Polypropylene Film Capacitor)	Capacitor for type MPP
Operation Temperature	-40 ~ +105
Capacitance Range	0.001uF ~ 15 uF
Capacitance Tolerance	2%(G), 3%(I), 5%(J), 10%(K), 20%(M)
Rated Voltage	50VDC, 63VDC, 100VDC, 250VDC, 400VDC, 450VDC, 630VDC, 1KVDC
Champion Part No. Structure	1 2 3 4 5 6 7 8 9	1: Tape, 2: Capacitance, 3: Tolerance, 4: Rated Voltage, 5: DC/AC, 6: Size, 7: Lead Forming, 8: Lead Pitch, 9: Lead Length
Tape Codes	PEI, MEF, MEM, MPP, PEN, PPN, PPS, MEC, MET
Capacitance Codes	101, 102, 103, 104, 105, 106	0.0001uF, 0.001uF, 0.01uF, 0.1uF, 1uF, 10uF
Tolerance Codes	F, G, H, I, J, K, M	1%, 2%, 2.5%, 3%, 5%, 10%, 20%
Rated Voltage Format	e.g., 0630 -> 630V, 1000 -> 1KV
DC/AC Indicator	D DC; A AC
Size Format	e.g., 090805 (W)9(H)8(T)5
Lead Forming Codes	B, K, R, U, W, T, S	TAPING, Customer Special Require
Lead Pitch Codes	08, 10, 15, 20, 28	7.5mm, 10mm, 15mm, 20mm, 27.5mm
Lead Length Codes	04, 08, 10, 13, 23, 30, 40	4mm, 8mm, 10mm, 13mm, 23mm, 30mm, 40mm
Specifications Standard	JIS 5115, IEC384-16
Test Items	Performance	Test Method
Withstand Voltage (Terminals)	No abnormality	150% Of Rated Voltage, 60sec.
Withstand Voltage (Terminal to Enclosure)	No abnormality	UR200+1000VDC, 60sec.
Insulation Resistance (Terminals)	CR 0.33uF: IR 9,000M; CR > 0.33uF: IR 3,000 (M. uF)	Measured at 10015VDC, For 60sec / 25
Capacitance	Within the tolerance specified	1KHz, 1Vrms Max. at 25
Dissipation Factor	0.001 (0.1%) Max.	1KHz, 1Vrms Max. at 25
Tense Strength of Terminal	No wire breakage and No Damage of Capacitor	Load Force: 1.0 Kg; Holding Time: 10 1sec
Bending Strength of Terminal	No wire breakage and No Damage of Capacitor	Load Force: 0.5 Kg; Bending Time: 4 x 90 in 5sec
Vibration	(1) Appearance: No Visible Damage; (2) Contact: Normal	Frequency change: 1min./cycle 10~55~10Hz; Vibration distance: 1.5mm; Course: X, Y, Z axis; Time: 2h/axis (6h total)
Solder-ability	75% Of The Surface Tinning	Solder temp: 2705; Solder time: 30.5sec
Heat Shock Test	(1) Appearance: No Visible Damage; (2) Withstand Voltage: Normal; (3) Capacitance Change: 3% of Initial Value	Terminal immersed in melting solder. Solder temp: 2705; Solder time: 30.5sec; Test Voltage: 150% of Rated Voltage for 1min.
Cold Resistance	(1) Appearance: No Visible Damage; (2) Capacitance Change: 0~ -10% of Initial Value	Test Temperature: -40; Test Times: 2Hrs
Dry Heat Resistance	(1) Appearance: No Visible Damage; (2) Withstand Voltage: Normal; (3) Capacitance Change: +5~ -2% of Initial Value; (4) Insulation Resistance: CR 0.33uF: IR 2,700M; CR > 0.33uF: IR 900 M	TEST TEMPERATURE: 105 2; Test Times: 2Hrs
Humidity Resistance	(1) Appearance: No Visible Damage; (2) Withstand Voltage: Normal; (3) Capacitance Change: 10% of Initial Value; (4) Insulation Resistance: CR 0.33uF: IR 2,700M; CR > 0.33uF: IR 900 M; (5) DF (tan): 0.001	TEST TEMPERATURE: -40 2; RELATIVE HUMIDITY: 90 ~ 95%; Test Times: 2408 HRS; TEST VOLTAGE: 130% of Rated Voltage for 1 min.
Heat Resistance (Charge & Discharge)	(1) Appearance: No Visible Damage; (2) DF (tan): 0.001; (3) Capacitance Change: 10% of Initial Value; (4) Insulation Resistance: Over 3000M	Test Voltage: Rated Voltage Charge 2 sec. Discharge 2 sec. Repeated For 100,0001000 cycles; Test Temperature: 1052
Heat Resistance (Continuous)	(1) Appearance: No Visible Damage; (2) DF (tan): 0.001; (3) Capacitance Change: 7% of Initial Value; (4) Insulation Resistance: Over 3000M	Test Voltage: 125% of Rated Voltage; Test Temperature: 1052; Test Times: 50024Hrs