Metallized Polypropylene Film Capacitor CHAMPION MPP333K0250D131206B1015 with Wide Capacitance Range

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Product Description

Product Overview

This document outlines the specifications for the MPP-TYPE Metallized Polypropylene Film Interference Suppression Capacitor, manufactured by Dongguan Champion Electronic Technology Co., Ltd. These capacitors are designed for interference suppression applications.

Product Attributes

Brand: CHAMPION
Origin: Dongguan, China
Material: Metallized Polypropylene Film
Model Series: MPP-QP (CBB Boxed Series)
Document Version: 01
Document Date: 2018-08-24
Document Number: QP-AP-28

Technical Specifications

Item	Description
Scope	Capacitor for type MPP (Metallized Polypropylene Film Capacitor)
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	(tape) (capacitance) (tolerance) (rated voltage) (Dc/Ac) (Size) (lead forming) (lead pitch) (lead length)
Tape Codes	PEI, MEF, MEM, MPP, PEN, PPN, PPS, MEC, MET
Capacitance Codes	101 (0.0001uF), 102 (0.001uF), 103 (0.01uF), 104 (0.1uF), 105 (1uF), 106 (10uF)
Tolerance Codes	F (1%), G (2%), H (2.5%), I (3%), J (5%), K (10%), M (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 (7.5mm), 10 (10mm), 15 (15mm), 20 (20mm), 28 (27.5mm)
Lead Length Codes	04 (4mm), 08 (8mm), 10 (10mm), 13 (13mm), 23 (23mm), 30 (30mm), 40 (40mm)
Specifications Standard	JIS 5115, IEC384-16
Test Item: Withstand Voltage (Terminals)	150% Of Rated Voltage, 60sec.
Test Item: Withstand Voltage (Terminal to Enclosure)	UR200+1000VDC, 60sec.
Test Item: Insulation Resistance (Terminals)	CR 0.33uF: IR 9,000M; CR > 0.33uF: IR 3,000 (M. uF) (Measured at 10015VDC, For 60sec / 25)
Test Item: Capacitance	Within the tolerance specified (1KHz, 1Vrms Max. at 25)
Test Item: Dissipation Factor	0.001 (0.1%) Max. (1KHz, 1Vrms Max. at 25)
Test Item: Tense Strength of Terminal	No wire breakage and No Damage of Capacitor (Load Force: 1.0 Kg, Holding Time: 10 1sec)
Test Item: Bending Strength of Terminal	No wire breakage and No Damage of Capacitor (Load Force: 0.5 Kg, Bending Time: 4 x 90 in 5sec)
Test Item: Vibration	Appearance: No Visible Damage; Contact: Normal (Frequency: 10~55~10Hz, Distance: 1.5mm, Axis: X, Y, Z, Time: 2h/axis)
Test Item: Solder-ability	75% Of The Surface Tinning (Solder Temp: 2705, Solder Time: 30.5sec)
Test Item: Heat Shock test	Appearance: No Visible Damage; Withstand Voltage: Normal; Capacitance Change: 3% (Solder Temp: 2705, Solder Time: 30.5sec, Test Voltage: 150% Rated Voltage for 1min)
Test Item: Cold Resistance	Appearance: No Visible Damage; Capacitance Change: 0~ -10% (Test Temp: -40, Test Times: 2Hrs)
Test Item: Dry Heat Resistance	Appearance: No Visible Damage; Withstand Voltage: Normal; Capacitance Change: +5~ -2%; Insulation Resistance: CR 0.33uF: IR 2,700M; CR > 0.33uF: IR 900 M (Test Temp: 105 2, Test Times: 2Hrs)
Test Item: Humidity Resistance	Appearance: No Visible Damage; Withstand Voltage: Normal; Capacitance Change: 10%; Insulation Resistance: CR 0.33uF: IR 2,700M; CR > 0.33uF: IR 900 M; DF (tan) 0.001 (Test Temp: -40 2, RH: 90 ~ 95%, Test Times: 2408 HRS, Test Voltage: 130% Rated Voltage for 1min)
Test Item: Heat Resistance (Charge & Discharge)	Appearance: No Visible Damage; DF (tan) 0.001; Capacitance Change: 10%; Insulation Resistance: Over 3000M (Test Voltage: Rated Voltage Charge/Discharge 2sec cycles, Cycles: 100,0001000, Test Temp: 1052)
Test Item: Heat Resistance (Continuous)	Appearance: No Visible Damage; DF (tan) 0.001; Capacitance Change: 7%; Insulation Resistance: Over 3000M (Test Voltage: 125% Rated Voltage, Test Temp: 1052, Test Times: 50024Hrs)
Dimensions	Refer to Page 07/06
Specification Size Reference Unit	Capacitance: nF, Dimensions: mm
Convention Marking	CAPACITANCE CODE, CAPACITANCE TOLERANCE, Rated Voltage