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metallized polyester film capacitor KYET PE105J2A0503-1 designed for various electronic applications

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metallized polyester film capacitor KYET PE105J2A0503-1 designed for various electronic applications

Tolerance : ±5%

Voltage Rating : 100V

Capacitance : 1uF

Description : ±5% 100V 1uF Through Hole,P=5mm Thin Film Capacitors RoHS

Mfr. Part # : PE105J2A0503-1

Model Number : PE105J2A0503-1

Package : Through Hole,P=5mm

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Product Overview

The MEB Boxed Metallized Polyester Film Capacitor (PE105J2A0503-1) is a high-reliability DC fixed capacitor designed for a wide range of electronic applications. It features a non-inductive metallized structure, high-temperature wax sealing for excellent insulation, moisture resistance, flame retardancy, low loss, and self-healing properties for enhanced stability and reliability. Suitable for use in communication equipment, tape recorders, televisions, VCD players, and various other electronic devices, it is ideal for DC or pulsating circuits.

Product Attributes

  • Brand: KEYA ()
  • Origin: Dongguan, China
  • Material: Metallized Polyester Film (Polyethylene Terephthalate), Aluminum Electrode, Tin-plated Copper Lead, Plastic Outer Case
  • Color: Gray Shell (), Gray Glue ()
  • Certifications: IEC384-2, GB/T7332-96

Technical Specifications

Part No./Item Name Item Specification Dimensions (W*H*T 0.5mm) D 0.05 Marking (Top Laser) P (0.5mm) Remarks
PE105J2A0503-1 105J100V 7.2*10*5(M4) 0.6CU 105J100 5 Gray Box Gray Glue
Capacity (uF) 63V 100V 250VDC 400VDC 630VDC Dimensions (W*H*T)
0.0010 M1 M1 M1,M2 M2,M3 M2,M3 M1:7.2*6.5*2.5
0.0015 M1 M1 M1,M2 M2,M3 M2,M3 M2:7.2*7.5*3.5
0.0022 M1 M1 M1,M2 M2,M3 M2,M3 M3:7.2*9.5*4.5
0.0033 M1 M1 M1,M2 M2,M3 M2,M3 M4:7.2*10*5
0.0047 M1 M1 M1,M2 M2,M3 M2,M3 M5:7.2*11*6
0.0068 M1 M1 M1,M2 M2,M3 M2,M3
0.010 M1 M1 M1,M2 M2,M3 M3
0.015 M1 M1 M1,M2 M2,M3 M3,M4
0.022 M1 M1 M1,M2 M2,M3 M4,M5
0.033 M1 M1 M1,M2 M2,M3 M4,M5
0.047 M1 M1 M1,M2 M2,M3
0.068 M1 M1 M2,M3 M3,M4
0.10 M1 M1 M3 M4
0.15 M1 M1 M3,M4 M4,M5
0.22 M1 M1,M2 M5 M5
0.33 M2,M3 M2,M3 M5
0.47 M2,M3,M4 M2,M3,M4
0.68 M3,M4,M5 M3,M4,M5
1.0 M3,M4,M5 M3,M4,M5
1.5 M5 M5
2.2 M5 M5
General Technical Data Details
Cited Standards IEC384-2, GB/T7332-96
Climatic Category 40/110/56
Rated Voltage 50/63/100V, 250V, 400V, 630VDC (Voltage decreases by 1.25%/ when temperature exceeds 85 but is below 110)
Capacitance Range 0.001F - 2.2F
Capacitance Tolerance J (5%), K (10%), M (20%)
Withstand Voltage P=5mm: 1.6UR (5S); P=7.5mm: 1.8UR (5s)
Insulation Resistance C 0.33uF: 9000M (20, 1min); C > 0.33uF: IR*C 3000M*uF
Dissipation Factor (tan ) DF 0.8% (20, 1KHz); 1.2% (20, 10KHz)
Item Test Condition Requirement
Capacitance Deviation Frequency: 1KHz 0.1KHz; Measurement Voltage: 1Vrms 5% (J), 10% (K)
Dissipation Factor (tan ) Frequency: 1KHz 0.1KHz; Measurement Voltage: 1Vrms 0.8%
Insulation Resistance Test Voltage: UR100VDC tested at 100VDC, UR <100VDC tested at 50VDC; Temperature: 2015; Duration: 605sec C0.33uF: 9000M; C>0.33uF: IR*C3000S
Withstand Voltage Between leads: Test Voltage: 1.6UR, Duration: 5sec (P=5mm); Test Voltage: 1.8UR, Duration: 5sec (P=7.5mm); Between leads and case: Test Voltage: 2UR, Duration: 5sec No breakdown or flashover
Rapid Change of Temperature Temperature: A=-40, B=+110; Exposure time at high/low temp: 30min; Transition time: 23min; Cycle: 5 times Appearance: No visible damage; c/c 5%; tg 0.8%
Lead Tensile Strength Pulling force: Lead diameter (mm) | Pulling force; 0.3 No mechanical damage, such as lead breakage or looseness.
Lead Bending Strength (Half of the lead-out end), Load: Lead diameter (mm) | Load; 0.3 No mechanical damage, such as lead breakage or looseness. Bend 2 times continuously in each direction (forward and reverse) with a bending angle of 90.
Solderability (Method 1) Solder temperature: 2455; Solder time: 2.00.5sec; Solder: Environmental lead-free material 95% area tinned
Durability - Temperature Cycling Test temperature cycle: 5 cycles; Each cycle: +20 +/- 2 for 3 min, -40 +0/-3 for 30 min, +20 +/- 2 for 3 min, +110 +3/-0 for 30 min, +20 +/- 2 for 3 min. Appearance: No obvious change; Withstand voltage: Meets No. 4; Capacitance change rate (C/C): +/- 5%; Loss (DF): < 0.20% (1KHz)
Durability - High Temperature Load Test temperature: +110 +/-2 ; Applied voltage: 125% of rated voltage for 1000 +24/-0 hours; Post-test: 1.5 +/- 0.5 hours at standard temp/humidity. Appearance: No obvious change, marking clear; Withstand voltage: Meets No.4; Capacitance change rate (C/C): +/- 8%; Loss (DF): < 0.20% (1KHz); Insulation Resistance (I.R.): 50% of limit in No.5.2
Durability - Damp Heat Load Test temperature: +40 +/- 2; Test humidity: 90% to 95% R.H.; Applied voltage: Rated voltage; Duration: 500 +24/-0 hours; Post-test: 1.5 +/- 0.5 hours at standard temp/humidity. Appearance: No obvious change, marking clear; Withstand voltage: Meets No.4; Capacitance change rate (C/C): +/- 10%; Loss (DF): <0.20% (1KHz); Insulation Resistance (I.R.): >= 50% of limit in No.5.2
Durability - Solder Heat Withstand Capability Soldering temperature: 260 +/- 5; Immersion time: 5 +/- 0.5 sec (P=5mm), 10 +/- 0.5 sec (P=7.5mm); Immersion depth: 4 +/- 0.8 mm from the root; Post-test: 1.5 +/- 0.5 hours at standard temp/humidity. Appearance: No obvious change, marking clear; Withstand voltage between terminals: Meets No.4; Capacitance change rate (C/C): +/- 3%; Connection: Stable.
Durability - Dry Heat Resistance Test temperature: +110 +/- 2; Duration: 16 +1/-0 hours Appearance: No obvious change, marking clear; Withstand voltage: Meets No.4; Capacitance change rate (C/C): +/- 5%
Durability - Cold Resistance Test temperature: -40 +/-2 ; Duration: 2 +/-1 hours Appearance: No obvious change, marking clear; Withstand voltage: Meets No.4; Capacitance change rate (C/C): +/- 5%
Vibration Resistance Frequency range: 10--500 Hz; Vibration amplitude: 0.75 mm; Test directions: X, Y, Z; Duration: 2 hours+/-1/-0 per direction. (IEC 68-2-6 Fc) Connection strength: No open circuit or short circuit; Connection: Stable; Appearance: No mechanical damage.
Severe Temperature Change High temp: +110 +/-5 ; Low temp: -40 +/-5; Duration at each temp: 30 minutes +/- 10%. (IEC 68-2-14 Na) Appearance: No obvious change; Withstand voltage: Meets No. 5.1; Appearance: No mechanical damage.

Soldering Precautions:

  • Manual soldering: Minimize soldering time to under 5 seconds and keep the solder joint away from the component body due to the component's low heat tolerance. Not recommended for reflow soldering.
  • Wave soldering: Install capacitors vertically. Avoid horizontal mounting to prevent damage from solder wave heat. Do not cover the soldering fixture. Preheat in three stages (80-100C). Solder temperature: 260+/-5, within 5 seconds. Ensure no pauses during soldering.
  • Ambient temperature 85C: Keep capacitors away from high-heat components to prevent performance issues.

2508191745_KYET-PE105J2A0503-1_C50346517.pdf


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