Flame Retardant Epoxy Resin Case Capacitor KYET PE205J2A0703 for in Diverse DC and Pulse Circuits

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Price: Negotiable

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Delivery Time: Negotiable

Product Description

Product Overview

The KYET-CL71 series metallized polyester film capacitors are housed in a flame-retardant epoxy resin plastic case, offering self-healing properties, high reliability, low loss, and superior electrical performance. Their consistent external dimensions make them suitable for automated assembly, and they can be supplied in radial taping for various DC and pulse circuits. These capacitors are widely used in diverse DC and pulse circuits.

Product Attributes

Brand: KYET
Origin: Dongguan, China
Material: Metallized polyester film
Encapsulation: Flame-retardant epoxy resin plastic case
Lead Wire: Tinned copper-clad steel wire
Packaging: Radial taping available

Technical Specifications

Model	Capacitance (F)	Tolerance (%)	Rated Voltage (VDC)	Max Voltage (VDC)	Max RV (VDC)	Max TV (VDC)	W (mm)	H (mm)	T (mm)	P (mm)	d (mm)	Remarks
CL71-100V-102J	0.001	5	100	1.6UR	7.2	6.5	2.5	5	0.5			Loose
CL71-100V-122J	0.0012	5	100	1.6UR	7.2	6.5	2.5	5	0.5			Loose
CL71-100V-152J	0.0015	5	100	1.6UR	7.2	6.5	2.5	5	0.5			Loose
CL71-100V-222J	0.0022	5	100	1.6UR	7.2	6.5	2.5	5	0.5			Loose
CL71-100V-332J	0.0033	5	100	1.6UR	7.2	6.5	2.5	5	0.5			Loose
CL71-100V-392J	0.0039	5	100	1.6UR	7.2	6.5	2.5	5	0.5			Loose
CL71-100V-472J	0.0047	5	100	1.6UR	7.2	6.5	2.5	5	0.5			Loose
CL71-100V-682J	0.0068	5	100	1.6UR	7.2	6.5	2.5	5	0.5			Loose
CL71-100V-822J	0.0082	5	100	1.6UR	7.2	6.5	2.5	5	0.5			Loose
CL71-100V-103J	0.01	5	100	1.6UR	7.2	6.5	2.5	5	0.5			Loose
CL71-100V-123J	0.012	5	100	1.6UR	7.2	6.5	2.5	5	0.5			Loose
CL71-100V-183J	0.018	5	100	1.6UR	7.2	6.5	2.5	5	0.5			Loose
CL71-100V-223J	0.022	5	100	1.6UR	7.2	6.5	2.5	5	0.5			Loose
CL71-100V-273J	0.027	5	100	1.6UR	7.2	6.5	2.5	5	0.5			Loose
CL71-100V-333J	0.033	5	100	1.6UR	7.2	6.5	2.5	5	0.5			Loose
CL71-100V-473J	0.047	5	100	1.6UR	7.2	6.5	2.5	5	0.5			Loose
CL71-100V-563J	0.056	5	100	1.6UR	7.2	6.5	2.5	5	0.5			Loose
CL71-100V-683J	0.068	5	100	1.6UR	7.2	6.5	2.5	5	0.5			Loose
CL71-100V-104J	0.1	5	100	1.6UR	7.2	6.5	2.5	5	0.5			Loose
CL71-100V-154J	0.15	5	100	1.6UR	7.2	7.5	3.5	5	0.5			Loose
CL71-100V-204J	0.2	5	100	1.6UR	7.2	6.5	2.5	5	0.5			Loose
CL71-100V-224J	0.22	5	100	1.6UR	7.2	7.5	3.5	5	0.5			Loose
CL71-100V-274J	0.27	5	100	1.6UR	7.2	7.5	3.5	5	0.5			Loose
CL71-100V-334J	0.33	5	100	1.6UR	7.2	9.5	4.5	5	0.6			Loose
CL71-100V-474J	0.47	5	100	1.6UR	7.2	9.5	4.5	5	0.6			Loose
CL71-100V-564J	0.56	5	100	1.6UR	7.2	10	5	5	0.6			Loose
CL71-100V-684J	0.68	5	100	1.6UR	7.2	11	6	5	0.6			Loose
CL71-100V-824J	0.82	5	100	1.6UR	7.2	11	6	5	0.6			Loose
CL71-100V-105J	1	5	100	1.6UR	7.2	11	6	5	0.6			Loose
CL71-100V-155J	1.5	5	100	1.6UR	10.5	12	6	7.5	0.6			Loose
CL71-100V-205J	2	5	100	1.6UR	10.5	12	6	7.5	0.6			Loose
CL71-100V-225J	2.2	5	100	1.6UR	10.5	12	6	7.5	0.6			Loose

Key Features and Usage

Structure: Flame-retardant epoxy resin plastic case, self-healing, high reliability, low loss, superior electrical performance, consistent external dimensions for automated assembly, radial taping option.
Applications: Widely used in various DC and pulse circuits.
Environmental Conditions: Operating temperature range -40 to +85.
Marking: Includes Brand (KYET), Capacitance (e.g., 2F as 205J), Tolerance (J: 5%), Rated Voltage (100V), laser printing.

Electrical Characteristics

Item	Performance Requirement	Test Conditions
Insulation Resistance	7500M (Cr0.33uF) 2500S (Cr0.33uF)	Test Frequency: 1KHz10% Test Voltage: 1 Vrms
Dissipation Factor (Loss)	0.005 (1KHZ)	Test Frequency: 1KHz10% Test Voltage: 1 Vrms
Withstand Voltage	No breakdown	1.6UR, 15S
Solderability	50% of No. 5.2 requirement	Soldering temperature: 235 5 Soldering time: 20.5 sec

Durability Characteristics

Item	Performance Requirement	Test Conditions
Load Life	Capacitance change (C/C) 8% of initial value Dissipation factor change (tg) 0.0050 (10KHZ) Insulation Resistance (I.R.) 50% of No. 5.2 requirement Appearance: No visible damage	Load 1.25 times rated voltage at 85 5 for 1000 hours, then place under standard conditions for 1.50.5 hours before testing.
Damp Heat	Capacitance change (C/C) 8% of initial value Dissipation factor change (tg) 0.0050 (10KHZ) Insulation Resistance (I.R.) 50% of No. 5.2 requirement Appearance: No visible damage	Test temperature: 402 Test humidity: 90%95% R.H Test time 21 days, then place under standard conditions for 1.50.5 hours before testing.
Temperature Cycling	Capacitance change (C/C) 10% of initial value Appearance: No visible damage	Five cycles: 1. +202 for 3 min. 2. -403 for 30 min. 3. +202 for 3 min. 4. +853 for 30 min. 5. +202 for 3 min.
Cold	Capacitance change (C/C) 3% of initial value Appearance: No visible damage, clear marking	Test temperature: -402 Test time: 20.5 h
Resistance to Soldering Heat	Capacitance change (C/C) 3% of initial value Appearance: No visible damage, clear marking	Soldering temperature: 2605 Immersion time: 30.5 s Immersion depth: 40.5mm Then place under standard conditions for 1.50.5 hours before testing.

Sampling Standard (AQL)

Item	AQL
Appearance	0.4
Dimensions	0.4
Mechanical Characteristics	0.065
Electrical Characteristics	0.065

Storage Conditions

Item	Requirements and Time	Storage Conditions
Capacitance, Dissipation Factor, Withstand Voltage, Insulation Resistance	Store for more than 6 months under standard atmospheric pressure conditions, re-test as required.	Ambient Temperature: 1535 Ambient Humidity: 3080%RH.