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Non inductive winding structure capacitor KYET PE334J2A0501 metallized polyester film ultra small size

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Non inductive winding structure capacitor KYET PE334J2A0501 metallized polyester film ultra small size

Tolerance : ±5%

Voltage Rating : 100V

Capacitance : 330nF

Operating Temperature : -40℃~+85℃

Dielectric Material : Metallized Polyester

Description : 330nF ±5% 100V Film Capacitor Metallized Polyester Through Hole P=5mm

Mfr. Part # : PE334J2A0501

Model Number : PE334J2A0501

Package : Through Hole,P=5mm

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Product Overview

The CL23B is a series of ultra-small box-type metallized polyester film DC fixed capacitors. They feature a non-inductive winding structure, flame-retardant epoxy resin encapsulation for excellent insulation, low loss, and high reliability due to their self-healing function. These capacitors are widely used in communication equipment, tape recorders, televisions, VCDs, and various electronic devices for DC or pulsating circuits.

Product Attributes

Brand: (Keya Electronics)
Origin: Dongguan, Guangdong, China
Material: Metallized polyester film (dielectric), Aluminum (electrode), Tinned copper-clad steel wire (lead), Plastic (encapsulation)
Color: Yellow shell ()
Certifications: Complies with GB/T 7332 (IEC60384-2)

Technical Specifications

Part No.	Item Name	Item Specification	Dimensions (WHT +/-0.5 MM)	D +/- 0.05	Marking (Top Ink)	P (+/-0.5mm)	Remarks
PE334J2A0501	CL23B	334J100V	7.29.54.5	0.6	330nJ100	5	Straight taping, Yellow shell taping

Capacitance (uF)	63V	100V	250VDC	400VDC	630VDC	Dimensions (WHT)
0.0010 (102)	M1	M1	M1,M2	M2,M3	M2,M3	M1:7.26.52.5
0.0015 (152)	M1	M1	M1,M2	M2,M3	M2,M3	M2:7.27.53.5
0.0022 (222)	M1	M1	M1,M2	M2,M3	M2,M3	M3:7.29.54.5
0.0033 (332)	M1	M1	M1,M2	M2,M3	M2,M3	M4:7.2105
0.0047 (472)	M1	M1	M1,M2	M2,M3	M2,M3	M5:7.2116
0.0068 (682)	M1	M1	M1,M2	M2,M3	M2,M3
0.010 (103)	M1	M1	M1,M2	M2,M3	M3
0.015 (153)	M1	M1	M1,M2	M2,M3	M3,M4
0.022 (223)	M1	M1	M1,M2	M2,M3	M4,M5
0.033 (333)	M1	M1	M1,M2	M2,M3	M4,M5
0.047 (473)	M1	M1	M1,M2	M2,M3
0.068 (683)	M1	M1	M2,M3	M3,M4
0.10 (104)	M1	M1	M3	M4
0.15 (154)	M1	M1	M3,M4	M4,M5
0.22 (224)	M1	M1,M2	M5	M5
0.33 (334)	M2,M3	M2,M3	M5
0.47 (474)	M2,M3,M4	M2,M3,M4
0.68 (684)	M4,M5	M4,M5
1.0 (105)	M4,M5	M4,M5
1.5 (155)	M5	M5
2.2 (225)	M5	M5

Item	Test Condition	Requirement
Capacitance Deviation	Frequency: 1KHz 0.1KHz; Measuring Voltage: 1Vrms; Ambient Temperature: 223	5% (J), 10% (K)
Loss Tangent Value	Frequency: 1KHz 0.1KHz; Measuring Voltage: 1Vrms; Test Lead Position 5mm	0.8% (at 1KHz); 1.5% (at 10KHz)
Insulation Resistance	Test Voltage: UR>100VDC (tested at 100VDC), UR100VDC (tested at 10VDC); Temperature: 2015; Duration: 605sec	U>100V: C0.33uF 15000M, C>0.33uF 7500S; U100V: C0.33uF 3000M, C>0.33uF 1000S
Withstand Voltage	Between leads: 1.5UR (5s) for P=5mm, 1.6UR (5s) for P=7.5mm; Lead to case: 2UR (5s). Voltage derates by 1.25%UR/ when temperature exceeds 85 but is below 125.	No breakdown or flashover
Rapid Temperature Change	Temperature: A=-55, B=+125; Exposure time at high/low temp: 30min; Transition time: 2~3min; Cycles: 5	Appearance: No visible damage; c/c 5%; tg 0.8%
Lead Tensile Strength	Pull force varies with lead diameter (0.3	No mechanical damage (e.g., broken or loose leads)
Lead Bending Strength	Load varies with lead diameter (0.3	No mechanical damage (e.g., broken or loose leads)
Solderability	Temperature: 2605; Time: 2.00.5sec; Solder: Lead-free	Over 95% area tinned
Endurance (Temperature Cycling)	5 cycles of -55 to +125	Appearance: No obvious change; Withstand Voltage: Meets No. 4; Capacitance change (C/C) 5%; Loss (DF) < 0.20% (1KHz)
Endurance (High Temp. Load)	Test Temp: +1102; Voltage: 125% UR; Duration: 1000 +24/-0 hours	Appearance: No obvious change, marking legible; Withstand Voltage: Meets No. 4; Capacitance change (C/C) 8%; Loss (DF) < 0.20% (1KHz); Insulation Resistance (I.R.) 50% of initial value
Endurance (Damp Heat Load)	Test Temp: +402; Humidity: 90%-95% RH; Voltage: Rated Voltage; Duration: 500 +24/-0 hours	Appearance: No obvious change, marking legible; Withstand Voltage: Meets No. 4; Capacitance change (C/C) 10%; Loss (DF) < 0.20% (1KHz); Insulation Resistance (I.R.) 50% of initial value
Solder Heat Resistance	Welding Temp: 2605; Immersion Time: 50.5 sec (P=5mm), 100.5 sec (P=7.5mm)	Terminal to terminal withstand voltage: Meets No. 4; Capacitance change (C/C) 3%; Connection: Stable
Dry Heat Resistance	Test Temp: +1252; Duration: 16 +1/-0 hours	Withstand Voltage: Meets No. 4; Capacitance change (C/C) 5%
Cold Resistance	Test Temp: -552; Duration: 21 hours	Withstand Voltage: Meets No. 4; Capacitance change (C/C) 5%
Vibration Resistance	Frequency: 10-500 Hz; Amplitude: 0.75 mm; Duration: 2 hours per direction (X, Y, Z)	Connection strength: No open circuit or short circuit; Stable connection; Appearance: No mechanical damage
Extreme Temperature Variation	High Temp: +1255; Low Temp: -555; Duration at each temp: 30 min 10%	Withstand Voltage: Meets No. 4; Appearance: No mechanical damage

Code	Dimensions (mm)	Error
P:5.0	D0:4.00.4; F:5.00.5; H:20.50.5; P0:12.70.4; P1:3.850.7; P2:6.351.3; P3:12.71.0; t:0.70.2; W:18.00.5; W0:10 min; W1:9.00.5; W2:3.0 Max; h:02.0
P:7.5	D0:4.00.4; F:7.50.5; H:20.50.5; P0:12.70.4; P1:2.60.7; P2:6.351.3; P3:12.71.0; t:0.70.2; W:18.00.5; W0:10 min; W1:9.00.5; W2:3.0 Max; h:02.0
P:10.0	D0:4.00.4; F:10.00.5; H:20.50.5; P0:12.70.4; P1:7.70.7; P2:12.71.3; P3:25.41.0; t:0.70.2; W:18.00.5; W0:10 min; W1:9.00.5; W2:3.0 Max; h:02.0
P:12.5	D0:4.00.4; F:12.50.5; H:20.50.5; P0:12.70.4; P1:6.450.7; P2:12.71.3; P3:25.41.0; t:0.70.2; W:18.00.5; W0:10 min; W1:9.00.5; W2:3.0 Max; h:02.0
P:15.0	D0:4.00.4; F:15.00.5; H:20.50.5; P0:12.70.4; P1:5.20.7; P2:12.71.3; P3:25.41.0; t:0.90.2; W:18.00.5; W0:10 min; W1:9.00.5; W2:3.0 Max; h:02.0

Taping Dimensions: L:3303mm, H:2703mm, T:523mm

2509180925_KYET-PE334J2A0501_C390173.pdf

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