Durable Metallized Polypropylene Film Capacitors KYET MPB105J2S1001 for Various Circuit Applications

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Product Description

Product Overview

This specification covers the KYET Metallized Polypropylene Film Capacitors (MPB Series, low noise). These capacitors are designed for reliable operation within a wide temperature range and are suitable for various circuit applications where stable performance is required.

Product Attributes

Brand: KYET ELECTRONICS CO., LTD ()
Origin: Dongguan, China
Material: Metallized Polypropylene Film
Case Material: UL V-0 Flame Retardant Plastic
Certifications: UL V-0 (for plastic case and epoxy resin)
Product Series: MPB (, PD )

Technical Specifications

Item	Description	Specifications
General Specifications
Scope	Specifications for KYET Metallized Polypropylene Film Capacitors (MPP/MPB/CBB21/CBB22)	-
Ambient Temperature	Measurement conditions	15 to 35 (Standard), +20 5 (for doubtful results)
Relative Humidity	Measurement conditions	45% to 75% (Standard), 60% to 70% (for doubtful results)
Air Pressure	Measurement conditions	86 kpa to 106 kpa
Operating Temperature Range	Continuous operation at rated voltage	-40 to +100
Dielectric	-	Metallized Polypropylene Film
Metal Spray	-	Special Solder
Lead Wire	-	Tin-plated Copper-clad Steel Wire
Encapsulation	-	Epoxy Resin (UL V-0 Flame Retardant)
Plastic Case	-	UL V-0 Flame Retardant
Marking	Manufacturer Symbol	KYET ELECTRONICS CO., LTD
Marking	Type/Material	MPP (Metallized Polypropylene Film)
Marking	Capacitor Class	MPB
Marking	Nominal Capacitance	Expressed in 3-digit (EIA) code
Marking	Tolerance	J (5%), K (10%), M (20%)
Marking	Rated Voltage	100, 250, 400, 450, 630, 1000 VDC
Marking	Operating Temperature Range	-40100
Dissipation Factor (DF)	Max. at 1KHz, 25	0.001 (0.1%)
Insulation Resistance (IR)	CR0.33F	10000M
Insulation Resistance (IR)	CR0.33F	5000M/F
Electrical Characteristics
Withstand Voltage (TV)	Between Terminals	1.5 * Ur (DC) for 60 sec. (No abnormality)
Withstand Voltage (TV)	Between Terminals & Enclosure	2 * Ur + 500V for 2 to 5 sec. (Min. 1000VDC) (No abnormality)
Dissipation Factor (DF)	at 1KHz	0.001 (0.1%)
Capacitance (CAP)	Measurement Conditions	Within tolerance at +20 5, Measuring Frequency: 2%, Measuring Voltage: 1 Vrms
Insulation Resistance (I.R.)	C0.33uf	10,000 Mohm (Vt=100 VDC, Charge Time: 605 sec.)
Insulation Resistance (I.R.)	C>0.33uf	5,000 Mohm*uF/C (Vt=100 VDC, Charge Time: 605 sec.)
Soldering Property	Soldering temperature	+260 5
Soldering Property	Immersion duration	2 0.5 sec.
Mechanical Characteristics
Terminal Strength	Tensile Strength	Apply 1.0Kg for 10 1 sec. in axial direction (No abnormality)
Endurance Characteristics
Temperature Cycle	Appearance	Shall be no remarkable change
Temperature Cycle	Withstand Voltage	Shall satisfy NO.5.1
Temperature Cycle	Capacitance Change Rate	Within 5% of the value before test
Temperature Cycle	Dissipation Factor	0.002 (0.2%) max. @ 1KHz
Temperature Cycle	Insulation Resistance	50% of the limit value of NO.5.4
Dry Heat Resistance	Appearance	Shall be no remarkable change
Dry Heat Resistance	Test Temperature	+100 2
Dry Heat Resistance	Test Duration	16 + 1/-0 hrs.
Dry Heat Resistance	Withstand Voltage	Shall satisfy NO.5.1
Dry Heat Resistance	Capacitance Change Rate	Within 5% of the value before test
Dry Heat Resistance	Dissipation Factor	0.002 (0.2%) max. @ 1KHz
Dry Heat Resistance	Insulation Resistance	50% of the limit value of NO.5.4
Cold Resistance	Appearance	Shall be no remarkable change
Cold Resistance	Test Temperature	-40 3
Cold Resistance	Test Duration	2 1 hrs.
Cold Resistance	Withstand Voltage	Shall satisfy NO.5.1
Cold Resistance	Capacitance Change Rate	Within 5% of the value before test
Cold Resistance	Dissipation Factor	0.002 (0.2%) max. @ 1KHz
Cold Resistance	Insulation Resistance	50% of the limit value of NO.5.4
Damp Heat	Appearance	Shall be no remarkable change
Damp Heat	Test Temperature	+40 2
Damp Heat	Test Humidity	90% to 95% R.H.
Damp Heat	Test Duration	2 1 hrs.
Damp Heat	Withstand Voltage	Shall satisfy NO.5.1
Damp Heat	Capacitance Change Rate	Within 5% of the value before test
Damp Heat	Dissipation Factor	0.002 (0.2%) max. @ 1KHz